mhurhangee/ep-ind-claims huggingface dataset:
Work machine comprising at least one support plate for supporting the work machine against the substrate thereof and at least one support cylinder for adjusting the support plate relative to rest of the structure of the work machine, and a device for changing the ground pressure distribution of the work machine, wherein the device comprises at least one pressure gauge for measuring the pressure in the support cylinder, and wherein the device is configured to change the ground pressure distribution by controlling the pressure in the support cylinder, wherein the pressure in the support cylinder is set such that the ground pressure under the support cylinder is only as great as required for protecting the work machine against tipping, but at the same time corresponds at least to the ground pressure under a track or a chassis of the work machine.
An elutriation chamber for an elutriator system for washing and/or isolating cells, in particular thrombocytes, which elutriation chamber comprises a feed line for an aqueous medium containing the cells to be washed and/or to be isolated in suspended form, and a discharge line for the washed and/or isolated cells, the chamber preferably being rotationally symmetrical to the axis (a), characterized in that the ratio of the area of the section through the lumen of the chamber perpendicular to the axis (a) at the widest point (5a-5b) to the area of the section through the feed line is in the range of 1,000 to 250,000.
A method for controlling allotment of power input between at least two Power Amplifiers, PAs, of a radio unit for data communication in a wireless communications network, which radio unit has access to Direct Current, DC, power and Photovoltaic, PV, power, the method comprising: establishing the amount of power to be transmitted out from each respective PA out of the at least two PAs, obtaining information related to the amount of PV power available, controlling the allotment of power input of DC power and PV power between the at least two PAs based on: - the established amount of power to be transmitted out from each respective PA out of the at least two PAs, and - the obtained information related to the amount of PV power available. establishing the amount of power to be transmitted out from each respective PA out of the at least two PAs, obtaining information related to the amount of PV power available, controlling the allotment of power input of DC power and PV power between the at least two PAs based on: - the established amount of power to be transmitted out from each respective PA out of the at least two PAs, and - the obtained information related to the amount of PV power available. - the established amount of power to be transmitted out from each respective PA out of the at least two PAs, and - the obtained information related to the amount of PV power available.
A purge control system for controlling at least a fluid in a conduit, said purge control system comprising: - a conduit having an inlet for receiving said fluid, and having an outlet for discharging said fluid; - an elongated closing member positioned in said conduit and moveable with respect to said conduit in the longitudinal direction, between a first state in which said outlet is closed, and a second state in which said outlet is opened for outputting said fluid, wherein said elongated closing member is further arranged for opening said inlet in said first state, and for closing said inlet in said second state, wherein at least a part of said elongated closing member comprises a ferromagnetic material; - a plurality of electric windings, wherein said electric windings are arranged for, when being actuated, inducing a magnetic field operating on said ferromagnetic material for moving said elongated closing member (20, 120) in said elongated direction, characterized in that the elongated closing member comprises at least one arm extending radially outwardly with respect to said elongated closing member and in sliding contact with an inner surface of said conduit and in that the plurality of electric windings surrounds said conduit. - a conduit having an inlet for receiving said fluid, and having an outlet for discharging said fluid; - an elongated closing member positioned in said conduit and moveable with respect to said conduit in the longitudinal direction, between a first state in which said outlet is closed, and a second state in which said outlet is opened for outputting said fluid, wherein said elongated closing member is further arranged for opening said inlet in said first state, and for closing said inlet in said second state, - a plurality of electric windings,
A locking device for a housing of a connector with at least two housing parts (12, 14), which comprises at least one locking bracket with two essentially parallel legs (126a, 126b) and a web which connects the legs (126a, 126b), wherein each one of the legs (126a, 126b) of the locking bracket comprises two locking arms (142, 144), each of which having at least one connecting portion (132, 134) for the connection with pins of the housing, wherein a first connecting portion of each leg (126a, 126b) comprises at least one mounting opening which may receive a pin of the first housing part for the pivotable connection of the locking bracket with the first housing part, wherein the mounting opening is laterally open in the circumferential direction and comprises a resilient projection which is capable of holding the received pin of the first housing part in the mounting opening, and a second connecting portion of each leg (126a, 126b) comprises at least one receiving/mounting area which may come into a releasable engagement with a pin of the second housing part, wherein the locking bracket is pivotable about the pivot axis formed by the pins of the first housing part from an open position into a closed position, wherein the locking arms (142, 144) of the locking bracket are connected with the web of the locking bracket by at least one resilient portion (136, 138), so that the relative distance between the locking arms (142, 144) of one leg (126a, 126b) is variable, and the locking bracket is capable of clamping together the at least two housing parts (12, 14) by connecting the connecting portions (132, 134) with the pins of the first and second housing part, and that each leg (126a, 126b) of the locking bracket comprises a lift-off aid with a control surface which faces the pin of the second housing part, which upon a swivelling motion of the locking bracket from its closed position into its open position by means of the control surface, may act on the pin of the second housing part in such a manner that the second housing part is separated from the first housing part, and that the first connecting portion each of the two legs (126a, 126b) has a recess.
A content data processing system comprising an electronic device and an external apparatus, wherein the electronic device comprises: an interface configured to transfer data with the external apparatus; a storage unit storing content data; a reproduction unit configured to reproduce the content data read out from the storage unit; and means for selecting content data to be deleted; characterized by the electronic device further comprising a control unit configured to transmit delete information indicating content data to be deleted via the interface to the external apparatus when detecting a connection with the external apparatus via the interface, wherein the external apparatus is configured to access the storage unit of the electronic device and to delete therefrom the content data indicated by the delete information. an interface configured to transfer data with the external apparatus; a storage unit storing content data; a reproduction unit configured to reproduce the content data read out from the storage unit; and means for selecting content data to be deleted; characterized by the electronic device further comprising a control unit configured to transmit delete information indicating content data to be deleted via the interface to the external apparatus when detecting a connection with the external apparatus via the interface, wherein the external apparatus is configured to access the storage unit of the electronic device and to delete therefrom the content data indicated by the delete information.
Fuel system part, in particular fuel injection valve, having at least one cable leadthrough (41, 42) with an at least partially conical cone body (45, 46), at least one holding body which is connected to the cone body (45, 46) and which has at least one passage opening, wherein the connection between the cone body and the holding body is of sealed form, wherein at least one electrically conductive wire (31, 32) is provided which is led through the passage opening, and in that the wire (31, 32) is, in the passage opening, connected to the holding body such that the wire (31, 32) is held in the passage opening and sealing of the passage opening is realized, characterized in that the holding body is formed from glass, in that the wire (31, 32) is fused into the holding body, and having at least one component which can be subjected to fuel at high pressure, wherein the component has a conical recess (39, 40) into which the cable leadthrough (41, 42) is inserted, and wherein the cone body of the cable leadthrough (41, 42) forms a seal with the component at the conical recess (39, 40).
A method for producing a solvent, the method comprising: (a) saccharifying a cellulosic or lignocellulosic biomass to produce glucose; (b) contacting the saccharified cellulosic or lignocellulosic biomass with an isomerization agent selected to convert the glucose to fructose; and (c) converting the fructose to a solvent with a microorganism while producing a protective substrate that protects the microorganism from a toxic effect of the solvent, wherein the microorganism comprises a strain of Clostridium spp, and the solvent comprises one or more alcohols, and the protective substrate comprises one or more lipids. (a) saccharifying a cellulosic or lignocellulosic biomass to produce glucose; (b) contacting the saccharified cellulosic or lignocellulosic biomass with an isomerization agent selected to convert the glucose to fructose; and (c) converting the fructose to a solvent with a microorganism while producing a protective substrate that protects the microorganism from a toxic effect of the solvent,
Case of a battery, comprising: an electrical chamber configured to accommodate a plurality of battery cells and a bus component, the bus component being configured to electrically connect the plurality of battery cells, wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism, and the pressure relief mechanism is configured, when an internal pressure or temperature of the battery cell provided with the pressure relief mechanism reaches a threshold, to be actuated to release the internal pressure; a thermal management component configured to accommodate a fluid to adjust temperatures of the plurality of battery cells; and a collection chamber configured to collect emissions from the battery cell provided with the pressure relief mechanism when the pressure relief mechanism is actuated; wherein the thermal management component is configured to isolate the electrical chamber from the collection chamber; wherein the thermal management component is provided with a recess arranged opposite to the pressure relief mechanism, and a bottom wall of the recess forms a weakened zone; the weakened zone is configured to be capable of being damaged when the pressure relief mechanism is actuated, such that the emissions from the battery cell provided with the pressure relief mechanism pass through the weakened zone and enter the collection chamber. an electrical chamber configured to accommodate a plurality of battery cells and a bus component, the bus component being configured to electrically connect the plurality of battery cells, wherein at least one battery cell of the plurality of battery cells comprises a pressure relief mechanism, and the pressure relief mechanism is configured, when an internal pressure or temperature of the battery cell provided with the pressure relief mechanism reaches a threshold, to be actuated to release the internal pressure; a thermal management component configured to accommodate a fluid to adjust temperatures of the plurality of battery cells; and a collection chamber configured to collect emissions from the battery cell provided with the pressure relief mechanism when the pressure relief mechanism is actuated; wherein the thermal management component is configured to isolate the electrical chamber from the collection chamber; wherein the thermal management component is provided with a recess arranged opposite to the pressure relief mechanism, and a bottom wall of the recess forms a weakened zone; the weakened zone is configured to be capable of being damaged when the pressure relief mechanism is actuated, such that the emissions from the battery cell provided with the pressure relief mechanism pass through the weakened zone and enter the collection chamber.
Honing tool for honing the inner surface of an opening in a work, with a tool body extending in an axial direction, the tool body having a honing section comprising a group of honing sticks, characterized in that the honing tool comprises a work checking element for checking the size and/or position of the opening which is arranged movably on the tool body opposite the tool body in an axial direction for checking during insertion of the honing tool into the opening, if the opening in the work has a sufficient opening width, and/or for checking for positioning or aligning errors of the opening of the work, wherein the work checking element is biased in an initial position and is arranged on the tool body in such a way that the work checking element is moved from the initial position when the work checking element makes contact with the work, wherein the work checking element is coupled with a detecting device which is configured for sensing a movement of the work checking element with respect to the tool body, wherein the detecting device is coupled with a control device in such a way that the control device stops the insertion of the honing tool into the opening when the detecting device senses a movement of the work checking element with respect to the tool body.
A device for assisting a driver of a vehicle, in particular of a utility vehicle, having at least one operator control element (7; 35) which can be activated by the driver and by means of which at least one vehicle function can be controlled, wherein a driver's state-sensing device is provided, by means of which driver's state-sensing device the current state of the driver can be sensed and/or detected, characterized in that an actuating device which is connected in terms of signalling technology to the driver's state-sensing device is provided, by means of which actuating device at least one haptic parameter which influences the haptics of the operator control element (7; 35) can be automatically set and/or adjusted as a function of the current state of the driver which is sensed by means of the driver's state-sensing device.
A wireless data sending method, wherein the method comprises: generating, by user equipment, communication service data; obtaining, by the user equipment, competitive resource configuration information used for sending the communication service data, wherein the competitive resource configuration information comprises a competitive resource style and a preset strength threshold; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining, by the user equipment according to the competitive resource style, a competitive resource configured for the user equipment; measuring, by the user equipment, a strength of a wireless signal received on the competitive resource; determining, by the user equipment, whether the competitive resource is available according to the preset strength threshold and the strength of the wireless signal; and sending, by the user equipment, the communication service data on the competitive resource if the competitive resource is available. generating, by user equipment, communication service data; obtaining, by the user equipment, competitive resource configuration information used for sending the communication service data, wherein the competitive resource configuration information comprises a competitive resource style and a preset strength threshold; wherein the competitive resource style comprises a distribution rule of multiple competitive resources; determining, by the user equipment according to the competitive resource style, a competitive resource configured for the user equipment; measuring, by the user equipment, a strength of a wireless signal received on the competitive resource; determining, by the user equipment, whether the competitive resource is available according to the preset strength threshold and the strength of the wireless signal; and sending, by the user equipment, the communication service data on the competitive resource if the competitive resource is available.
Device for pressing a skirting board, which covers a joint gap between a floor covering and a wall, onto the wall, having a pressing head, which lies against the skirting board, and a support foot, which is braced with respect to the floor covering, for the pressing head, wherein the pressing head and the support foot are part of a clamping lever, wherein, when the clamping lever is in the clamping position, the support foot forms a pivot bearing for the clamping lever, characterised in that, on the side of the support foot facing the floor covering, the clamping lever has a friction surface and is provided with a weight receiver.
Method for producing a knitted textile structure comprising within a knitted fabric (102, 202, 203, 204, 205, 206, 402, 507, 508) optical fibres (101, 201, 401, 501) which are able to be connected to a light source, the optical fibres (101, 201, 401, 501) being integrated in the production direction or in the cross production direction in a Rachel or crochet knitting machine, the optical fibres (101, 201, 401, 501) being maintained fully rectilinear within the structure by threads constituting the knitted fabric (102, 202, 203, 204, 205, 206, 402, 507, 508), parallel to the production direction or to the cross production direction, the optical fibres (101, 201, 401, 501) not meshing, characterised in that the surface of said optical fibres (101, 201, 401, 501) has been modified in view of giving the structure, properties for laterally diffusing light transiting into the optical fibres (101, 201, 401, 501) with respect to the plane in which said structure falls.
Audio encoder comprising a background noise estimator configured to determine a parametric background noise estimate based on a spectral decomposition representation of an input audio signal so that the parametric background noise estimate spectrally describes a spectral envelope of a background noise of the input audio signal; an encoder for encoding the input audio signal into a data stream during the active phase; and a detector configured to detect an entrance of an inactive phase following the active phase based on the input signal, wherein the audio encoder is configured to encode into the data stream the parametric background noise estimate in the inactive phase, characterised in that the background noise estimator is configured to identify local minima in the spectral decomposition representation of the input audio signal and to estimate the spectral envelope of the background noise of the input audio signal using interpolation between the identified local minima as supporting points. a background noise estimator configured to determine a parametric background noise estimate based on a spectral decomposition representation of an input audio signal so that the parametric background noise estimate spectrally describes a spectral envelope of a background noise of the input audio signal; an encoder for encoding the input audio signal into a data stream during the active phase; and a detector configured to detect an entrance of an inactive phase following the active phase based on the input signal, wherein the audio encoder is configured to encode into the data stream the parametric background noise estimate in the inactive phase, characterised in that the background noise estimator is configured to identify local minima in the spectral decomposition representation of the input audio signal and to estimate the spectral envelope of the background noise of the input audio signal using interpolation between the identified local minima as supporting points.
A mobile terminal comprising: an optical device; a display module; and an optical antireflective film; wherein the display module is located above the optical device, and the optical antireflective film is located on the display module at a position corresponding to the position of optical device, wherein the display module comprises a display screen, characterized in that the display screen comprises at least two media layers (121, 122); the optical antireflective film is disposed between two adjacent media layers of the at least two media layers, a difference in refractive indexes of the two adjacent media layers being greater than 0.1. an optical device; a display module; and an optical antireflective film; wherein the display module is located above the optical device, and the optical antireflective film is located on the display module at a position corresponding to the position of optical device, wherein the display module comprises a display screen, characterized in that the display screen comprises at least two media layers (121, 122); the optical antireflective film is disposed between two adjacent media layers of the at least two media layers, a difference in refractive indexes of the two adjacent media layers being greater than 0.1.
Method for deducing the location of a mobile device, the method comprising the steps of: - placing three or more nodes in an area in a sequential arrangement; - broadcasting, by each node, using short range communication, its own identifier, wherein the identifier includes, location information of the previous node, location information of the node itself, and location information of the next node, in the order of the sequential arrangement; - receiving, by the mobile device, using short range communication, the identifiers of one or more nodes in its proximity; - deducing, by an application on the mobile device, the closest node from among the nodes from which an identifier has been received, based on the number of received identifiers and the sequence of the included location information; - deducing, by the application, the location of the mobile device, based on the location information of the closest node. - placing three or more nodes in an area in a sequential arrangement; - broadcasting, by each node, using short range communication, its own identifier, wherein the identifier includes, location information of the previous node, location information of the node itself, and location information of the next node, in the order of the sequential arrangement; - receiving, by the mobile device, using short range communication, the identifiers of one or more nodes in its proximity; - deducing, by an application on the mobile device, the closest node from among the nodes from which an identifier has been received, based on the number of received identifiers and the sequence of the included location information; - deducing, by the application, the location of the mobile device, based on the location information of the closest node.