mhurhangee/ep-ind-claims huggingface dataset:
A particle characterization cell used for a particle characterization instrument that measures physical properties of particles dispersed in a liquid sample, the particle characterization cell being configured to comprise: a bottom-equipped tubular cell main body that forms an internal space that extends in a longer direction, and has a longer direction one end part that is opened; a pair of applying electrodes that are inserted into the cell main body from the longer direction one end part and arranged so as to face to each other in the internal space; and a fixing spacer that is inserted into the cell main body between the applying electrodes from the longer direction one end part, intervenes between the pair of applying electrodes to thereby define a distance between the applying electrodes, and presses the pair of applying electrodes against respective inner surfaces of the cell main body to thereby fix the pair of applying electrodes, whereby said inner surfaces are covered by the applying electrodes and in close contact therewith, wherein in a state where the fixing spacer is inserted into the cell main body, in a lower part of the internal space of the cell main body, a particle characterization space in which the pair of applying electrodes is exposed is formed. a bottom-equipped tubular cell main body that forms an internal space that extends in a longer direction, and has a longer direction one end part that is opened; a pair of applying electrodes that are inserted into the cell main body from the longer direction one end part and arranged so as to face to each other in the internal space; and a fixing spacer that is inserted into the cell main body between the applying electrodes from the longer direction one end part, intervenes between the pair of applying electrodes to thereby define a distance between the applying electrodes, and presses the pair of applying electrodes against respective inner surfaces of the cell main body to thereby fix the pair of applying electrodes, whereby said inner surfaces are covered by the applying electrodes and in close contact therewith, wherein in a state where the fixing spacer is inserted into the cell main body, in a lower part of the internal space of the cell main body, a particle characterization space in which the pair of applying electrodes is exposed is formed.
Method for operating a system with a touch screen, a control unit for the touch screen, a central processing unit and a gesture identification unit, comprising: - identification (S 1) of a position of one or more physical objects on and/or in the vicinity of the touch screen by the control unit and/or identification (S 1) of a movement of one or more physical objects on and/or in the vicinity of the touch screen by the control unit; - assignment (S 2) of the position and/or the movement of one or more physical objects to a gesture within a set of gestures by a first assignment unit within the gesture identification unit, wherein for the gesture a key combination or a sequence of key combinations is passed by a second assignment unit to an application (14 1, 14 2, 14 3) and/or wherein for the gesture a function within an application (14 1, 14 2, 14 3) is started by the second assignment unit and/or wherein the gesture is passed by a second assignment unit to an application (14 1, 14 2, 14 3), characterised in that gestures comprise letters, and in that a letter is entered by a movement of a physical object on the touch screen and in that control characters followed by letters are entered by multiploid letters, wherein gestures drawn synchronously with a plurality of fingers being designated multiploid. - identification (S 1) of a position of one or more physical objects on and/or in the vicinity of the touch screen by the control unit and/or identification (S 1) of a movement of one or more physical objects on and/or in the vicinity of the touch screen by the control unit; - assignment (S 2) of the position and/or the movement of one or more physical objects to a gesture within a set of gestures by a first assignment unit within the gesture identification unit, wherein for the gesture a key combination or a sequence of key combinations is passed by a second assignment unit to an application (14 1, 14 2, 14 3) and/or wherein for the gesture a function within an application (14 1, 14 2, 14 3) is started by the second assignment unit and/or wherein the gesture is passed by a second assignment unit to an application (14 1, 14 2, 14 3), characterised in that gestures comprise letters, and in that a letter is entered by a movement of a physical object on the touch screen and in that control characters followed by letters are entered by multiploid letters, wherein gestures drawn synchronously with a plurality of fingers being designated multiploid.
Method for influencing a movement of a load lifted by a crane, wherein the load is suspended on the crane via rope-like fastening means such that in each case one of at least four crane suspension points (K 1, K 2, K 3, K 4) provided on the crane is connected to one of at least four load suspension points (C 1, C 2, C 3, C 4) provided on the load or on a load handling attachment via at least one rope-like fastening means, and wherein the rope-like fastening means is connected to adjusting devices via which the length of the rope-like fastening means is individually variable between the respective crane suspension point (K 1, K 2, K 3, K 4) and the load suspension point (C 1, C 2, C 3, C 4) connected thereto, and wherein on the crane an in particular optical detection device is provided, via which an angle of rotation (ψ) of the load and/or at least one of the time derivatives of the angle of rotation (ψ) may be detected when the load executes a rotational movement about a vertical axis, wherein - by means of the detection device the angle of rotation (ψ) and/or at least one of the time derivatives of the angle of rotation (ψ) of the load is detected, characterised in that - on the basis of the detected angle of rotation (ψ) and/or of the time derivatives and using a mathematical model to describe the rotational movement of the load and taking into account the geometry of the load suspension, setpoint values for the adjusting devices are calculated, wherein an effective inertia of the rotational movement of the load and an effective rigidity of the rotational movement of the load are calculated and from the calculated effective inertia and the calculated effective rigidity a natural angular frequency of the rotational movement of the load is calculated and is taken into account when calculating the setpoint values for the adjusting devices, and - the adjusting devices are each set to the calculated setpoint value. - by means of the detection device the angle of rotation (ψ) and/or at least one of the time derivatives of the angle of rotation (ψ) of the load is detected, characterised in that - on the basis of the detected angle of rotation (ψ) and/or of the time derivatives and using a mathematical model to describe the rotational movement of the load and taking into account the geometry of the load suspension, setpoint values for the adjusting devices are calculated, wherein an effective inertia of the rotational movement of the load and an effective rigidity of the rotational movement of the load are calculated and from the calculated effective inertia and the calculated effective rigidity a natural angular frequency of the rotational movement of the load is calculated and is taken into account when calculating the setpoint values for the adjusting devices, and - the adjusting devices are each set to the calculated setpoint value.
Focusing device, comprising a base unit and a mirror unit, wherein the mirror unit is translatable relative to the base unit parallel to an optical axis of the focusing device, wherein the mirror unit is configured to receive incident light along the optical axis in a first direction and to reflect the incident light parallel with the optical axis in said first direction, wherein the mirror unit comprises an even number of mirrors, wherein at least one of the mirrors is curved, and wherein the number of mirrors is equal to at least four.
A conjugate of formula ConjB: ConjC or ConjDE: wherein: Ab is an antibody that binds to CD22, the antibody comprising a VH domain having the sequence according to SEQ ID NO. 1. ConjB: ConjC or ConjDE: wherein: Ab is an antibody that binds to CD22, the antibody comprising a VH domain having the sequence according to SEQ ID NO. 1.
A first node operable in first and second states for providing a revertive or non-revertive path protection between first and second networks over a third network that is packet-based, for use with a second node coupled to transport data traffic between the first and third networks, and a third node coupled between the second and third networks, the first node comprising: a first port (W of 220) for coupling to the first network; and a second port (W of 250) for communicating with the third node over the third network for transporting data traffic between the first and second networks; characterized in that: the first node further comprising a third port (DP 260) for communicating with the second node over the third network, wherein in the first state 200, Fig 2B the first node is operative to transport data traffic only between the first and second ports, wherein in the second state 200 Fig 2C the first node is operative to transporting data traffic only between the third and second ports, and wherein the first node is operative to shift from the first to second state in response to detecting a failure in the communication with the first network via the first port. a first port (W of 220) for coupling to the first network; and a second port (W of 250) for communicating with the third node over the third network for transporting data traffic between the first and second networks; the first node further comprising a third port (DP 260) for communicating with the second node over the third network, wherein in the first state 200, Fig 2B the first node is operative to transport data traffic only between the first and second ports, wherein in the second state 200 Fig 2C the first node is operative to transporting data traffic only between the third and second ports, and wherein the first node is operative to shift from the first to second state in response to detecting a failure in the communication with the first network via the first port.
Method for stylized representation of closely adjacent topographical objects on electronically displayable maps, in which multiple closely adjacent topographical objects are integrated in the form of a stylized representation (3, 3', 3") into a map represented on an electronic display means, wherein at least one permanent masking of topographical elements of the map by the stylized representation (3, 3', 3") in the map region that comprises the geographical positions of the topographical objects represented in stylized fashion is avoided by a physically offset representation and/or by a representation that is offset in a dimension outside the map plane and/or by a superimposed representation with a link to a popup window, in which the superimposition of the topographical objects represented in stylized fashion is at least partially suspended, and/or by a change of the scale of the represented map in the region of the geographical positions of the topographical objects represented in stylized fashion, characterized in that the map is represented in three-dimensional form, with multiple closely adjacent topographical objects being represented in stylized form in a manner stacked in the direction of the normal to the map plane.
Planetary gearbox, in particular for a wind turbine, having a gearbox housing, a central sunwheel which is mounted in the gearbox housing so that it can rotate about a central gearbox axis and has teeth on its outer side, a ringwheel which is arranged concentrically to the central gearbox axis within the gearbox housing and has teeth on its inner side, a planet gear carrier which is mounted in the gearbox housing so that it can rotate about the central gearbox axis, and several planet gears, which are mounted on planet gear bearings on the planet gear carrier so that they can turn about planet gear carrier axes and which have teeth on their outer sides, these being meshed with the inner teeth on the ringwheel and the outer teeth of the sunwheel, characterised in that the planet gear carrier is supported on the gearbox housing by at least one segmented radial sliding bearing which incorporates several radial sliding bearing segments (8a, 8b, 8c), wherein the radial sliding bearing segments (8a, 8b, 8c) are positioned radially outside the planet gear carrier axes, so that the planet gear carrier is supported by the radial sliding bearing (8a, 8b, 8c) at positions which lie radially outside the planet gear carrier axes.
An electrical device for impeding corrosion of a metal body, the electrical device including: a driver circuit including a switching circuit coupled to an inductive circuit (12, 18) and for driving one or more pads coupled to the metal body to generate a voltage signal; a control circuit coupled to the switching circuit and for controlling the operation of the driver circuit; and a feedback circuit (14, 16) for providing feedback from the driver circuit to the control circuit; characterized in that the driver circuit is arranged to generate the voltage signal between the pads and ground so that corrosion of the metal body is impeded, the voltage signal having at least an AC component. a driver circuit including a switching circuit coupled to an inductive circuit (12, 18) and for driving one or more pads coupled to the metal body to generate a voltage signal; a control circuit coupled to the switching circuit and for controlling the operation of the driver circuit; and a feedback circuit (14, 16) for providing feedback from the driver circuit to the control circuit; characterized in that the driver circuit is arranged to generate the voltage signal between the pads and ground so that corrosion of the metal body is impeded, the voltage signal having at least an AC component.
A method of operating a fluid-working machine comprising a plurality of working chambers of cyclically varying volume (2, 201, 202, 203, 204, 205, 206), each said working chamber operable to displace a volume of working fluid which is selectable for each cycle of working chamber volume, the method comprising selecting the volume of working fluid displaced by one or more said working chambers during each cycle of working chamber volume to carry out a working function responsive to a received demand signal, characterised by selecting the volume of working fluid displaced by a said working chamber during a cycle of working chamber volume taking into account the availability of other said working chambers to displace fluid to carry out the working function.
A chewing gum composition comprising: a) 5% to 95% gum base; b) 0.1% to 10% of a flavoring agent; c) 5% to 95% bulk sweetener wherein the bulk sweetener is selected from sugar, dextrose, fructose, xylose, mannose, isomaltulose, sorbitol, maltitol, isomalt, mannitol, xylitol, erythritol, and lactitol and wherein a portion of the bulk sweetener comprises 1% to 50% allulose by weight of the chewing gum composition, and wherein the chewing gum composition contains less than 5% moisture. a) 5% to 95% gum base; b) 0.1% to 10% of a flavoring agent; c) 5% to 95% bulk sweetener wherein the bulk sweetener is selected from sugar, dextrose, fructose, xylose, mannose, isomaltulose, sorbitol, maltitol, isomalt, mannitol, xylitol, erythritol, and lactitol and wherein a portion of the bulk sweetener comprises 1% to 50% allulose by weight of the chewing gum composition, and
A method for heat-sealing multiple plies of a laminate in a sealing region, wherein the laminate comprises a carrier layer of electrically nonconductive material and a sealing layer of thermoplastic material on at least one surface of the laminate, and wherein the sealing layers of several plies of the laminate face each other in the sealing region, comprising the following steps: -- pressing the plies of the laminate together in the sealing region; -- generating a high-frequency alternating electric field in the sealing region of the pressed-together plies of the laminate, so that the sealing layers are heated to the molten, fluid state, characterized in that -- the alternating electric field is generated at a first power level in a first subregion of the sealing region and at a second power level different from the first level in at least one second subregion of the sealing region, so that a differentiated heat distribution over the subregions (71, 72) of the sealing region is obtained. -- pressing the plies of the laminate together in the sealing region; -- generating a high-frequency alternating electric field in the sealing region of the pressed-together plies of the laminate, so that the sealing layers are heated to the molten, fluid state, -- the alternating electric field is generated at a first power level in a first subregion of the sealing region and at a second power level different from the first level in at least one second subregion of the sealing region, so that a differentiated heat distribution over the subregions (71, 72) of the sealing region is obtained.
A battery management apparatus, comprising: a measuring unit configured to measure a voltage of a battery after discharge of the battery is terminated to a preset discharge termination voltage in every cycle; and a control unit configured to receive voltage information of the battery from the measuring unit in every cycle, calculate a first voltage deviation of the battery based on a preset first criterion voltage and the voltage of the battery, calculate a second voltage deviation between the first voltage deviation and a preset second criterion voltage in each cycle, and adjust the discharge termination voltage based on a criterion deviation set to correspond to a current cycle and the second voltage deviation calculated in the current cycle. a measuring unit configured to measure a voltage of a battery after discharge of the battery is terminated to a preset discharge termination voltage in every cycle; and a control unit configured to receive voltage information of the battery from the measuring unit in every cycle, calculate a first voltage deviation of the battery based on a preset first criterion voltage and the voltage of the battery, calculate a second voltage deviation between the first voltage deviation and a preset second criterion voltage in each cycle, and adjust the discharge termination voltage based on a criterion deviation set to correspond to a current cycle and the second voltage deviation calculated in the current cycle.
A computer-implemented method performed by a management application installed on a client device, the method comprising: identifying a user account that is currently active on the client device; determining whether the user account is a staging user account or an end user account associated with an intended recipient of the client device; in an instance in which the user account is the staging user account, creating an event listener on the client device that monitors a subsequent login of a user account performed through an operating system of the client device, the subsequent login of the user account being the end user account; identifying, by the event listener, a domain and a user handle of the end user account from the subsequent login; and in an instance in which the subsequent login of the user account is detected by the event listener, performing an automated enrollment of the client device with a remote management service, wherein the automated enrollment is performed using the domain and the user handle identified from the subsequent login. identifying a user account that is currently active on the client device; determining whether the user account is a staging user account or an end user account associated with an intended recipient of the client device; in an instance in which the user account is the staging user account, creating an event listener on the client device that monitors a subsequent login of a user account performed through an operating system of the client device, the subsequent login of the user account being the end user account; identifying, by the event listener, a domain and a user handle of the end user account from the subsequent login; and in an instance in which the subsequent login of the user account is detected by the event listener, performing an automated enrollment of the client device with a remote management service, wherein the automated enrollment is performed using the domain and the user handle identified from the subsequent login.
A non-aqueous electrolyte composition containing (i) at least one aprotic organic solvent; (ii) a silyl ester phosphinate; (iii) at least one lithium ion containing conducting salt; and (iv) optionally one or more additives. (i) at least one aprotic organic solvent; (ii) a silyl ester phosphinate; (iii) at least one lithium ion containing conducting salt; and (iv) optionally one or more additives.
A tracking and loss mitigation system comprising: a mobile device, the device comprising: a user interface including a display and a data entry interface; and a communications interface to a security authority; wherein the mobile device is configured to: provide, by the user interface of the mobile device, a notification describing how to return the mobile device to an authorized user; detect that a security compromise event has occurred; and determine whether the function of the device should be altered in response to said security event, wherein the mobile device is configured to detect that an unauthorized user has tampered with a security feature of the mobile device, characterized in that detecting that an unauthorized user has tampered with a security measure further comprises at least one of: determining that the unauthorized user has attempted to re-route an electronic address in the mobile device; determining that the unauthorized user has attempted a brute force password attack on the mobile device; and determining that the unauthorized user has attempted to install applications intended to thwart operation system security, further characterized in that the mobile device is configured to periodically: transition from a quiescent state to an active state; poll the security authority to determine whether a message is available; download the message; and determine that a security compromise event has occurred based on the content of the message. transition from a quiescent state to an active state; poll the security authority to determine whether a message is available; download the message; and determine that a security compromise event has occurred based on the content of the message.