mhurhangee/ep-ind-claims huggingface dataset:
A device concerning ventilation, which has three device sections (2, 3, 4) that are strung together, as well as two air ducts (5, 6), wherein, in a first device section, the two air ducts (5, 6) form an exhaust air duct and an external air duct, which can be closed or which can be opened partially or completely by means of a closure device and, for fluidic connection, have a cross connection, to which the closure device is assigned such that said closure device closes the cross sections of exhaust air duct and external air duct in a first position and thereby opens the cross connection at least partially and opens the cross sections of exhaust air duct and external air duct complete or partially in at least a second position and thereby closes the cross connection completely or partially, and comprising a second, middle device section, which has a heat recovery apparatus, a heat exchanger and two air conveying devices (12, 13), which are assigned to the air ducts (5, 6) in the second device section, as well as comprising a third device section, which has an exhaust air duct and a supply air duct as air ducts (5, 6), to which a sound absorber is assigned jointly.
An exhaust gas system for a vehicle comprising an exhaust gas conduit, an exhaust gas sensor, and an arrangement adapted for removing soot from the exhaust gas sensor, characterized in that the arrangement comprises a fluid outlet arranged in the exhaust gas conduit, and that the fluid outlet is adapted to direct a fluid blast comprising a fluid being a mixture of air and a liquid on the exhaust gas sensor.
Apparatus for atomic layer deposition comprising a frame and an injector head provided with longitudinal slots for respectively supplying gasses to respective deposition spaces (41,42,43,44,45,46,47) confined by the longitudinal slots (48,49) and a substrate, wherein the longitudinal slots are directed transverse to a movement in a first direction of the substrate with respect to the injector head, the apparatus further comprising a sub frame arranged to suspend the injector head; a movable carrier arranged to support the substrate for the movement in the first direction; and gas pads (53,54,55) positioned at the sub frame outside the injector head between the sub frame and the moveable carrier to bear the sub frame on the moveable carrier for the movement in the first direction of the substrate under the injector head, wherein the apparatus further comprises actuators (60,61,62) for suspending the injector head from the sub frame; and a control device connected to the actuators (60,61,62) and arranged to control the actuators to adjust a working distance between a reference plane of the injector head and the surface of the substrate corresponding to a predetermined distance and to adjust an orientation of the injector head corresponding to an orientation of the substrate. the apparatus further comprising a sub frame arranged to suspend the injector head; a movable carrier arranged to support the substrate for the movement in the first direction; and gas pads (53,54,55) positioned at the sub frame outside the injector head between the sub frame and the moveable carrier to bear the sub frame on the moveable carrier for the movement in the first direction of the substrate under the injector head, wherein the apparatus further comprises actuators (60,61,62) for suspending the injector head from the sub frame; and
Application device for applying a coating agent, in particular a primer for preparing a subsequent gluing process, to a component surface of a keder strip, having a) a coating agent nozzle for applying the coating agent to the component surface of the keder strip to be coated, characterized in b) that the application device after application of the coating agent blows a gas, in particular compressed air, onto the coated component surface in order to distribute the coating agent on the component surface, and c) that the application device comprises, in addition to the coating agent nozzle, a blowing nozzle for blowing the gas onto the coating agent on the component surface so that the coating agent is distributed on the component surface, and d) the coating agent nozzle and the blowing nozzle are jointly mounted on an applicator, and e) the coating agent nozzle and the blowing nozzle are aligned parallel to one another, and f) the coating agent nozzle and the blowing nozzle are designed as a needle nozzle. a) a coating agent nozzle for applying the coating agent to the component surface of the keder strip to be coated, characterized in b) that the application device after application of the coating agent blows a gas, in particular compressed air, onto the coated component surface in order to distribute the coating agent on the component surface, and c) that the application device comprises, in addition to the coating agent nozzle, a blowing nozzle for blowing the gas onto the coating agent on the component surface so that the coating agent is distributed on the component surface, and d) the coating agent nozzle and the blowing nozzle are jointly mounted on an applicator, and e) the coating agent nozzle and the blowing nozzle are aligned parallel to one another, and f) the coating agent nozzle and the blowing nozzle are designed as a needle nozzle.
A microscope scanner (1, 1') comprising: a detector array (2, 2') for obtaining an image from a sample (3, 3'); a sample holder (6, 6') adapted to hold the sample (3, 3') when in use, said sample holder being configured to move relative to the detector array (2, 2'); a controller (5, 5') configured to issue position control signals so as to control the relative position of the sample holder (6, 6'); and a motor configured to drive the sample holder (6, 6') to move to a plurality of target positions relative to the detector array (2, 2') during an imaging scan in accordance with the position control signals; wherein the sample holder (6, 6') is continuously moved relative to the detector array (2, 2') during the imaging scan; characterised in that the motor is a servomotor, and the plurality of target positions correspond to a target velocity profile stored on a memory accessed by the controller, the detector array (2, 2') configured to capture images at fixed distance intervals on the velocity profile based on the position control signals; wherein the controller controls the motor and the detector array so as to capture images of the sample during acceleration of the sample holder. a detector array (2, 2') for obtaining an image from a sample (3, 3'); a sample holder (6, 6') adapted to hold the sample (3, 3') when in use, said sample holder being configured to move relative to the detector array (2, 2'); a controller (5, 5') configured to issue position control signals so as to control the relative position of the sample holder (6, 6'); and a motor configured to drive the sample holder (6, 6') to move to a plurality of target positions relative to the detector array (2, 2') during an imaging scan in accordance with the position control signals; wherein the sample holder (6, 6') is continuously moved relative to the detector array (2, 2') during the imaging scan; characterised in that the motor is a servomotor, and the plurality of target positions correspond to a target velocity profile stored on a memory accessed by the controller, the detector array (2, 2') configured to capture images at fixed distance intervals on the velocity profile based on the position control signals; wherein the controller controls the motor and the detector array so as to capture images of the sample during acceleration of the sample holder.
A method comprising: receiving, by a wireless device, at least one radio resource control, RRC, message comprising: a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; receiving a medium access control, MAC, control element comprising duplication activation bits including a first duplication activation bit indicating deactivation for the duplication of the first bearer, wherein a first position of the first duplication activation bit in the MAC control element identifies a second position of a first bearer identifier of the first bearer in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and lifting the first mapping restrictions and the second mapping restrictions based on the deactivation of the duplication. receiving, by a wireless device, at least one radio resource control, RRC, message comprising: a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; a parameter indicating that duplication is configured for a first bearer corresponding to a first logical channel and a second logical channel; first mapping restrictions of the first logical channel to at least one first cell; and second mapping restrictions of the second logical channel to at least one second cell; receiving a medium access control, MAC, control element comprising duplication activation bits including a first duplication activation bit indicating deactivation for the duplication of the first bearer, wherein a first position of the first duplication activation bit in the MAC control element identifies a second position of a first bearer identifier of the first bearer in an ordered list of bearer identifiers of one or more bearers configured with duplication, wherein the ordered list of bearer identifiers excludes any bearer identifier of a bearer that is not configured with duplication; and lifting the first mapping restrictions and the second mapping restrictions based on the deactivation of the duplication.
A detector device for detecting the presence of one or more biomolecule markers selected from DNA or RNA in a biological fluid in a subject comprising: a) detection means in fluid communication with a biological fluid capable of obtaining information regarding the identity and concentration of a biomolecule, wherein the detector includes a sequencing module, wherein the sequencing module is a nanopore detection device comprising one or more nanopores for detecting and sequencing DNA or RNA, b) a power supply, and c) means to transmit the information to a receiver-relay unit. a) detection means in fluid communication with a biological fluid capable of obtaining information regarding the identity and concentration of a biomolecule, wherein the detector includes a sequencing module, wherein the sequencing module is a nanopore detection device comprising one or more nanopores for detecting and sequencing DNA or RNA, b) a power supply, and c) means to transmit the information to a receiver-relay unit.
A process for the preparation of sterile Brinzolamide bulk powder comprising the terminal gamma-ray sterilization treatment of Brinzolamide characterized by the Brinzolamide being a bulk powder further being packed in a protective atmosphere wherein the atmosphere that replaces ambient air is selected from vacuum, argon, nitrogen or helium.
A method of manufacturing a filler for filling the space between piles of an artificial turf, characterised in that the filler is composed only of a recycled article prepared by heating and melting the waste of a spent artificial turf, the spent artificial turf which comprises a primary backing comprising a thermoplastic resin, piles comprising a thermoplastic resin implanted in the primary backing, and a coating material comprising a thermosetting resin for fixing the piles to the primary backing provided on the back side of the primary backing, and forming the resulting melt into a particulate, wherein the content of a thermoplastic resin in the spent artificial turf is 50% by weight or more of the total resin amount including the coating material.
A casing comprising: at least one user deformable portion; at least one sensor configured to detect deformation of the at least one user deformable portion; wherein the casing is configured to be removably coupled to an apparatus and is configured so that, in response to detecting the deformation of the user deformable portion of the casing, a control signal for control of the apparatus is provided, wherein each user deformable portion is a single continuous portion that forms a continuous surface with adjacent portions of the casing that are not user deformable; and wherein the control signal is indicative of the type and magnitude of the deformation of the user deformable portion of the casing. at least one user deformable portion; at least one sensor configured to detect deformation of the at least one user deformable portion; wherein the casing is configured to be removably coupled to an apparatus and is configured so that, in response to detecting the deformation of the user deformable portion of the casing, a control signal for control of the apparatus is provided, wherein each user deformable portion is a single continuous portion that forms a continuous surface with adjacent portions of the casing that are not user deformable; and wherein the control signal is indicative of the type and magnitude of the deformation of the user deformable portion of the casing.
A household appliance (2, 2.1), comprising: - at least one electrical energy storage configured to supply at least one consumer of the household appliance (2, 2.1) with electrical power, - at least one control device (10, 10.1) having at least one control unit configured to control the power output to the consumer depending on a set power stage, - wherein a first set operating time is specified depending on a reference charging state of the electrical energy storage for operating the consumer with a first power stage, - wherein the control device (10, 10.1) comprises at least one detection unit configured to detect the charging state of the electrical energy storage, and - wherein the control device (10, 10.1) comprises at least one determination unit configured to determine the actual operating time based on the set first power stage and the detected charging state, characterized in that - the control device (10, 10.1) comprises at least one comparison unit configured to compare the determined actual operating time and the first set operating time, and - the control unit is configured to cause a reduction of the power output by at least a first predetermined power reduction value if the determined actual operating time is at least less than the first set operating time. - at least one electrical energy storage configured to supply at least one consumer of the household appliance (2, 2.1) with electrical power, - at least one control device (10, 10.1) having at least one control unit configured to control the power output to the consumer depending on a set power stage, - wherein a first set operating time is specified depending on a reference charging state of the electrical energy storage for operating the consumer with a first power stage, - wherein the control device (10, 10.1) comprises at least one detection unit configured to detect the charging state of the electrical energy storage, and - wherein the control device (10, 10.1) comprises at least one determination unit configured to determine the actual operating time based on the set first power stage and the detected charging state, - the control device (10, 10.1) comprises at least one comparison unit configured to compare the determined actual operating time and the first set operating time, and - the control unit is configured to cause a reduction of the power output by at least a first predetermined power reduction value if the determined actual operating time is at least less than the first set operating time.
Filter box with a housing in which there is a filter cell which is supported in corner regions of the housing against at least one corner angle, and with an air outlet grille, characterized in that a bolt passes through the corner angle and is pressed against the frame of the filter cell via a quick-action clamping device, wherein at least one retaining foot (7.1 and 7.2) is associated with the corner angle, wherein a receptacle is assigned to the at least one holding foot (7.1 and 7.2) at its end, in which a magnet is enclosed which holds the air outlet grille.
A pupil scan apparatus for projecting an image of an object to a location in space where a viewer's eyes are located in a dynamic fashion to follow the pupils, said apparatus comprising: an eye tracking device configured to determine a location of at least one of the pupils; a source of light for illuminating a sub-aperture matching the pupil's aperture; an optical projector coupled to the source of light; a spatial light modulator; an optical relay optically coupled to the optical projector and configured to project the image from the optical projector; an eyepiece; and a digital image processor, wherein said apparatus has a bandwidth that is compatible with the viewer's image perception, and characterised in that the apparatus is an overall telecentric system and in that the optical relay includes moving optical elements for moving the image to co-ordinates in the image plane corresponding to the location of the pupil. an eye tracking device configured to determine a location of at least one of the pupils; a source of light for illuminating a sub-aperture matching the pupil's aperture; an optical projector coupled to the source of light; a spatial light modulator; an optical relay optically coupled to the optical projector and configured to project the image from the optical projector; an eyepiece; and a digital image processor,
A lighting device comprising: a light transmitting element extending along a perimeter and having an inner sidewall, an outer sidewall and a top surface such that said light transmitting element defines a hollow, said light transmitting element comprising: a light in-coupling surface adapted to couple light emitted by at least one light emitting element into the light transmitting element, the at least one light emitting element being arranged on the perimeter; a light out-coupling surface adapted to couple light out of the light transmitting element; characterized in that the lighting device comprises a partially light reflecting envelope at least partially enclosing the light transmitting element and arranged to create a reflected image of the light coupled out of the light transmitting element. a light transmitting element extending along a perimeter and having an inner sidewall, an outer sidewall and a top surface such that said light transmitting element defines a hollow, said light transmitting element comprising: a light in-coupling surface adapted to couple light emitted by at least one light emitting element into the light transmitting element, the at least one light emitting element being arranged on the perimeter; a light out-coupling surface adapted to couple light out of the light transmitting element; characterized in that the lighting device comprises a partially light reflecting envelope at least partially enclosing the light transmitting element and arranged to create a reflected image of the light coupled out of the light transmitting element. a light in-coupling surface adapted to couple light emitted by at least one light emitting element into the light transmitting element, the at least one light emitting element being arranged on the perimeter; a light out-coupling surface adapted to couple light out of the light transmitting element; characterized in that the lighting device comprises a partially light reflecting envelope at least partially enclosing the light transmitting element and arranged to create a reflected image of the light coupled out of the light transmitting element.
A method for connecting wireless networks, the method comprising: establishing, by a gateway device, a first physical layer connection with a first device of a two-way radio network operating according to a two-way radio network protocol, wherein the gateway device operates as an accessory device for the first device; establishing, by the gateway device, a second physical layer connection with a second device of a wireless network operating according to a wireless communication protocol different from the two-way radio network protocol; whereby the second physical layer connection is used by an application executed in the second device to operate the gateway device, the method further comprising: the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting, by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network. establishing, by a gateway device, a first physical layer connection with a first device of a two-way radio network operating according to a two-way radio network protocol, wherein the gateway device operates as an accessory device for the first device; establishing, by the gateway device, a second physical layer connection with a second device of a wireless network operating according to a wireless communication protocol different from the two-way radio network protocol; whereby the second physical layer connection is used by an application executed in the second device to operate the gateway device, the method further comprising: the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting, by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network. the gateway device establishing the first physical layer connection upon receiving an instruction from the application through an application programming interface and a control interface; connecting, by the gateway device, a full duplex call of the second device to the two-way radio network of the first device through the first physical layer connection and the second physical layer connection; and performing, by the gateway device, adaptation between the full duplex call and a half duplex connection of the two-way radio network.
Hybrid drive unit, which has a hybrid module and a power electronics module, which is arranged on the hybrid module, it being possible for the same coolant flow to flow through the hybrid module and the power electronics module, characterized in that the hybrid module has a coolant connection on the hybrid module side as an inlet on the hybrid module side, and a second coolant connection on the hybrid module side as an outlet on the hybrid module side, the power electronics module has a coolant connection on the power electronics module side as an outlet on the power electronics module side, and a second coolant connection on the power electronics module side as an inlet on the power electronics module side, and the outlet on the power electronics module side is connected to the inlet on the hybrid module side.