mhurhangee/ep-ind-claims huggingface dataset:
A mounted reversible plough including an attachment member for attachment to a tractor, an inversion device which is hinged to the attachment member about an inversion axis, an inversion actuator between the attachment member and the inversion device, a frame which carries a double series of ploughing elements which are alternately operative in accordance with the position of the inversion device about the inversion axis, the frame being secured to the inversion device by means of an articulation arm and a linearization actuator of the frame and including an adjustment actuator of the working width of the ploughing elements in order to vary the working width between consecutive ploughing elements, wherein the articulation arm is hinged to the frame at a first end thereof about a linearization axis of the frame and it is hinged to the inversion device at a second opposite end thereof about an articulation axis and wherein the linearization actuator is actuated by a pressurized fluid, the flow of which can be intercepted by means of a valve in order to limit the linearization of the frame which is controlled by the linearization actuator when the frame is actuated so as to rotate about the inversion axis, characterized in that the valve is actuated according to the relative angular position of the articulation arm with respect to the inversion axis, wherein the valve is actuated by a cam profile and a cam follower which are carried on the inversion device and on the articulation arm, respectively, or vice versa.
Method for adjusting a tripping unit for a safety switch and assembling the tripping unit in the safety switch, wherein the tripping unit has a first current path as part of a magnetic tripping device, and wherein the tripping unit has a second current path as part of a bimetallic tripping device, wherein a predetermined test current is applied to the tripping unit, wherein a partial current in one of the two current paths (2, 4) is measured, wherein a cross-section of one of the two current paths (2, 4) is reduced on the basis of the magnitude of the measured partial current, and wherein the tripping unit is adjusted prior to assembly thereof in the safety switch.
A flashlight bezel assembly (1, 20), comprising: a bezel (2, 21) that houses a lens (3, 22), wherein the lens (3, 22) comprises an outer surface opposite an inner surface; and a thermal conductor (7, 25), characterized by a bore extending from the outer surface to the inner surface of the lens (3, 22), wherein the bore optionally is cylindrical; and the thermal conductor (7, 25) disposed in the bore. a bezel (2, 21) that houses a lens (3, 22), wherein the lens (3, 22) comprises an outer surface opposite an inner surface; and a thermal conductor (7, 25), characterized by a bore extending from the outer surface to the inner surface of the lens (3, 22), wherein the bore optionally is cylindrical; and the thermal conductor (7, 25) disposed in the bore.
A solid oxide fuel cell comprising: an anodic cermet layer having a ceramic phase and a metallic phase, at least one cathodic layer, and an electrolytic cermet layer (22, 24), wherein said electrolytic cermet layer (22, 24) comprises a ceramic phase and a metallic phase dispersed within the ceramic phase, said electrolytic cermet layer (22, 24) disposed between said anodic cermet layer and said cathodic layer, characterized in that the metallic phase of the anodic cermet layer and the metallic phase of the electrolytic cermet layer (22, 24) comprise a common transition metal, the anodic cermet layer has a metal content ranging from 50 vol% to 80 vol% and the metallic phase has a metal content ranging from 0.1 vol% to 15 vol% of the electrolytic cermet layer (22, 24). an anodic cermet layer having a ceramic phase and a metallic phase, at least one cathodic layer, and an electrolytic cermet layer (22, 24), wherein said electrolytic cermet layer (22, 24) comprises a ceramic phase and a metallic phase dispersed within the ceramic phase, said electrolytic cermet layer (22, 24) disposed between said anodic cermet layer and said cathodic layer, characterized in that the metallic phase of the anodic cermet layer and the metallic phase of the electrolytic cermet layer (22, 24) comprise a common transition metal, the anodic cermet layer has a metal content ranging from 50 vol% to 80 vol% and the metallic phase has a metal content ranging from 0.1 vol% to 15 vol% of the electrolytic cermet layer (22, 24).
A piezoelectric material comprising a tungsten bronze structure metal oxide represented by the following general formula, wherein the tungsten bronze structure metal oxide includes Li, and a content of the Li is 0.015 weight percent or more and 0.600 weight percent or less in terms of metal with respect to 100 parts by weight of the tungsten bronze structure metal oxide: A x B 10 O 30 where A represents Ba and Bi, or at least one kind or more of elements selected from the group consisting of: Na, Sr, and Ca in addition to Ba and Bi; B represents Nb, or Nb and Ta; and x represents a numerical value of 4.5<x<5.5.
A sensor cartridge for supplying a sensor, the sensor cartridge comprising: a casing within which a plurality of sensors can be arranged and that allows a sample to be introduced to a sensor located at a preset location; a connection structure for electrically connecting an external device and a sensor electrode (5, 6) included in the sensor located at the preset location; and a wiring pattern within the casing, wherein the wiring pattern includes wirings (58a, 58b, 58c) and functions as an information presentation portion, the wiring pattern being configured to denote, using the physical pattern of the constituent wirings (58a, 58b, 58c) within the casing, information relating to the plurality of sensors housed in the casing, whereby the device can determine the information relating to the plurality of sensors by detecting the physical pattern of wirings within the casing; wherein the casing is formed so as to be held by the device and be able to house at least part of the device when the device and the sensor electrode (5, 6) of the sensor located at the preset location are electrically connected via the connection structure, wherein the casing comprises an opening for exposing the sensor located at the preset location, the opening being configured to allow the sample to be introduced to the sensor located at the preset location; and wherein the connection structure is provided within the casing so as not to be exposed to the outside of the casing, and is configured to electrically connect the device and the sensor electrode (5, 6) included in the sensor exposed by the opening. a casing within which a plurality of sensors can be arranged and that allows a sample to be introduced to a sensor located at a preset location; a connection structure for electrically connecting an external device and a sensor electrode (5, 6) included in the sensor located at the preset location; and a wiring pattern within the casing, wherein the wiring pattern includes wirings (58a, 58b, 58c) and functions as an information presentation portion, the wiring pattern being configured to denote, using the physical pattern of the constituent wirings (58a, 58b, 58c) within the casing, information relating to the plurality of sensors housed in the casing, whereby the device can determine the information relating to the plurality of sensors by detecting the physical pattern of wirings within the casing; wherein the casing is formed so as to be held by the device and be able to house at least part of the device when the device and the sensor electrode (5, 6) of the sensor located at the preset location are electrically connected via the connection structure, wherein the casing comprises an opening for exposing the sensor located at the preset location, the opening being configured to allow the sample to be introduced to the sensor located at the preset location; and wherein the connection structure is provided within the casing so as not to be exposed to the outside of the casing, and is configured to electrically connect the device and the sensor electrode (5, 6) included in the sensor exposed by the opening.
A method for calibrating a sensor in a mobile communication device (102, 108, 110, 200), comprising: retrieving a current calibration parameter value for the sensor; determining a new calibration parameter value for the sensor; and generating transitional calibration parameter values based on at least the current calibration parameter value and the new calibration parameter value using interpolation logic configured to transition from the current calibration parameter value to the new calibration parameter value, gradually over time, by outputting the transitional calibration parameter values over a given transition time. retrieving a current calibration parameter value for the sensor; determining a new calibration parameter value for the sensor; and generating transitional calibration parameter values based on at least the current calibration parameter value and the new calibration parameter value using interpolation logic configured to transition from the current calibration parameter value to the new calibration parameter value, gradually over time, by outputting the transitional calibration parameter values over a given transition time.
Method for production of screw elements with a screw body with an axially running through-opening with an internal gearing for mounting on a support shaft and with an outer contour for provision of an extruder function, in particular for closely meshing twin-shaft extruders rotating in the same direction, characterized in that a metallic powder material is arranged step by step in layers in the direction of a production axis (Z-Z) on a work platform one over the another, wherein a laser beam for each layer of the screw element irradiates the powder material according to the data of a three-dimensional model in a specific irradiation sequence at specific sites of the layer, wherein in this way the powder material is re-melted completely in places, and is bonded with the directly underlying layer such that after hardening of the layers, a complete, stable screw body is produced according to the three-dimensional model.
Coating composition for forming a conformal coating on a watch element comprising recesses, comprising • a binder which is a two-component polyurethane having a reaction temperature above 50 °C, based on ∘ an aliphatic diisocyanate selected from hexamethylene diisocyanate, isophorone diisocyanate and 4,4'-diisocyanatodicylcohexylmethane, and ∘ a polyol selected from a polyester polyol and a polyether polyol, the polyol having an OH content measured according to DIN EN ISO 4629-2 of 6 to 9 %; • one or more pigments; • at least one filler; • a solvent or a solvent combination; • optionally one or more commonly used additives, customary auxiliaries or combinations of them. • a binder which is a two-component polyurethane having a reaction temperature above 50 °C, based on ∘ an aliphatic diisocyanate selected from hexamethylene diisocyanate, isophorone diisocyanate and 4,4'-diisocyanatodicylcohexylmethane, and ∘ a polyol selected from a polyester polyol and a polyether polyol, the polyol having an OH content measured according to DIN EN ISO 4629-2 of 6 to 9 %; ∘ an aliphatic diisocyanate selected from hexamethylene diisocyanate, isophorone diisocyanate and 4,4'-diisocyanatodicylcohexylmethane, and ∘ a polyol selected from a polyester polyol and a polyether polyol, the polyol having an OH content measured according to DIN EN ISO 4629-2 of 6 to 9 %; • one or more pigments; • at least one filler; • a solvent or a solvent combination; • optionally one or more commonly used additives, customary auxiliaries or combinations of them.
A method of mass spectrometry comprising: (i) providing a plurality of parent ions; (ii) reducing the charge state of parent ions by subjecting the parent ions to charge reduction conditions, and mass analysing the resulting charge reduced parent ions so as to obtain first mass spectral data; (iii) fragmenting parent ions to produce fragment ions without having first reduced the charge state of the parent ions by exposing the ions to said charge reduction conditions, and mass analysing said fragment ions to obtain second mass spectral data; (iv) wherein the parent ions are alternately and repeatedly subjected to said charge reduction conditions and said fragmenting so that the method repeatedly alternates between steps (ii) and (iii); and characterised in that the method comprises using the first and second mass spectral data to associate parent ions with their fragment ions. (i) providing a plurality of parent ions; (ii) reducing the charge state of parent ions by subjecting the parent ions to charge reduction conditions, and mass analysing the resulting charge reduced parent ions so as to obtain first mass spectral data; (iii) fragmenting parent ions to produce fragment ions without having first reduced the charge state of the parent ions by exposing the ions to said charge reduction conditions, and mass analysing said fragment ions to obtain second mass spectral data; (iv) wherein the parent ions are alternately and repeatedly subjected to said charge reduction conditions and said fragmenting so that the method repeatedly alternates between steps (ii) and (iii); and
Cooking hob device, in particular induction cooking hob device, having at least one switching unit which comprises at least one switching element (14, 16, 18, 20, 22, 24, 26) which is provided in order to switch reversibly between at least two switching states and to conduct a heating element current in at least one operating state, and having at least one sensor unit at least for detection of an establishment of contact of the switching element (14, 16, 18, 20, 22, 24, 26), characterised in that the sensor unit is arranged at least essentially outside at least one circuit which comprises the switching unit, wherein the sensor unit and the switching unit are arranged at least essentially so as to be free of electrical interaction with one another.
A method for radio access network, RAN, paging performed by a RAN node, in an area spanning across a plurality of radio access technologies, RATs, wherein said RAN node is operative to transmit a paging message to a user equipment, UE, via one or more RATs after reception of User Plane, UP, traffic at the RAN node for the UE while the UE is in RRC Inactive state, the method comprising: obtaining capability information of the UE to which the paging message is intended from said UE or a core network, CN; determining one or more RATs with which the UE is capable of communicating by using access restriction information received from the core network, wherein the access restriction information comprises a Handover Restriction List, HLR, or new information received from a core network; and transmitting the paging message to the UE via said one or more RATs which the UE is determined as being capable of communicating with. obtaining capability information of the UE to which the paging message is intended from said UE or a core network, CN; determining one or more RATs with which the UE is capable of communicating by using access restriction information received from the core network, wherein the access restriction information comprises a Handover Restriction List, HLR, or new information received from a core network; and transmitting the paging message to the UE via said one or more RATs which the UE is determined as being capable of communicating with.
A seal for a telecommunications enclosure, the seal comprising: a first body made of a first material, the first body defining a port, the port defining a port axis, the first body further including a first axial face, an opposite second axial face, and a peripheral surface, the peripheral surface surrounding the first body between the first axial face and the second axial face, the peripheral surface further surrounding the port; and a second body made of a second material, the second body being disposed on at least the peripheral surface of the first body, wherein the second material is softer than the first material of the first body, characterised in that the first body is pre-formed and the second body is over-molded so as to surround the first body. a first body made of a first material, the first body defining a port, the port defining a port axis, the first body further including a first axial face, an opposite second axial face, and a peripheral surface, the peripheral surface surrounding the first body between the first axial face and the second axial face, the peripheral surface further surrounding the port; and a second body made of a second material, the second body being disposed on at least the peripheral surface of the first body, wherein the second material is softer than the first material of the first body, characterised in that the first body is pre-formed and the second body is over-molded so as to surround the first body.
Method for the positionally accurate application of labels on bottles, cans, or similar containers in relation to at least one container-typical design feature, making use of at least one image detection and processing system, with at least one camera, with which the container-typical design feature of each container moved on a transport element past this camera is detected, and which supplies a signal which controls the labelling by means of at least one labelling station arranged at the movement path of the transport element, wherein a labelling machine of circulating design is used, with a rotor driven such as to rotate about a vertical machine axis and with a plurality of container carriers provided at the circumference of the rotor, on which the containers are moved past the at least one camera as well as past the at least one labelling station, and, before the detection of the container-typical design feature by the at least one camera of the image recognition and processing system controlling the transfer instant of the label, the containers are aligned in respect of their container-typical design feature by controlled rotation of the containers, arranged in each case on one of the container carriers, about a container axis in a predetermined orientation, characterised in that with the image recognition and processing system controlling the transfer instant of the label, the orientation and/or the actual design of the container-typical design feature on each container is detected, and from this the transfer instant or start instant of the label to the respective container is controlled in such a way that the label is positioned there as exactly as is optically possible, after the application in relation to the container-typical design feature, wherein the controlling of the transfer instant takes place without a rotation of the respective container carrier.
A computer readable medium bearing instructions for a secure boot process on a computer with a plurality of partitions and a hardware security module that contains recorded values, compares submitted values to the recorded values, and releases a secret if the submitted values are correct, said computer readable medium comprising: instructions for submitting at least one first value to the hardware security module, wherein if said at least one first value is correct, the hardware security module may release a secret; instructions for retrieving the first secret; instructions for decrypting data using information that is accessible due to retrieving of the first secret, wherein said decrypting produces decrypted data; instructions for submitting at least one second value to the hardware security module, wherein if said at least one second value is correct, the hardware security module may release a second secret, wherein the second secret is accessible only after the at least one first value has been replaced with a new value, thereby necessarily revoking access to the first secret in order to grant access to the second secret, wherein said secure boot process cannot complete a normal boot without said decrypted data, thus downstream software components can be blocked from accessing information that is available to boot components. instructions for submitting at least one first value to the hardware security module, wherein if said at least one first value is correct, the hardware security module may release a secret; instructions for retrieving the first secret; instructions for decrypting data using information that is accessible due to retrieving of the first secret, wherein said decrypting produces decrypted data; instructions for submitting at least one second value to the hardware security module, wherein if said at least one second value is correct, the hardware security module may release a second secret, wherein the second secret is accessible only after the at least one first value has been replaced with a new value, thereby necessarily revoking access to the first secret in order to grant access to the second secret, wherein said secure boot process cannot complete a normal boot without said decrypted data, thus downstream software components can be blocked from accessing information that is available to boot components.
An adapter frame for use when installing or renovating a basin, the basin including a basin body buried in the ground, with a basin top, a basin frame adapted to be on level with a top coating covering the ground, the basin frame being of the floating type and holding a basin cover, wherein in use the adapter frame is placed between the basin body and the basin frame preventing the basin frame from being attached to the basin body, the adapter frame forming a void between the basin top and the adapter frame, wherein the adapter frame includes a skirt with an inward facing flange attached to an upper part of the skirt, wherein in use the flange is fitting around the circumference of the basin top and an inner dimension of at least a lower part of the skirt is larger than a corresponding outer dimension of the basin top, characterized by an outward facing flange foot attached to a lower part of the skirt, wherein in use the flange foot is resting on masses outside the basin body transferring forces from the basin frame to the masses outside the basin body.
An aircraft cabin, comprising: - a cabin interior space; - a plurality of cabin enclosing surfaces; and - a multifunctional support rail; wherein the multifunctional support rail comprises a plurality of rail segments connected to each other forming a continuous rail arrangement; wherein a number of first segments is provided as handrail in a first height ( H 1), and a number of second segments is provided as a support handrail in a second height ( H 2); wherein the first height is in a waist region of a standing passenger; wherein the first segments are connected with the second segments by a number of third segments provided as support handle running in a vertical direction; characterised in that: the second height is in a shoulder or head region of a standing passenger; the cabin interior space is a lavatory space; the first segments are provided as a horizontal edge handrail along lavatory equipment comprising at least one of the group of a wash basin and a lavatory table surface; the second segments are provided as an above-head handhold along a wall region adjacent to a seating area or a standing area; and the third segments are provided as a vertical support handle in vicinity of a toilet seat for support during transfer positions. - a cabin interior space; - a plurality of cabin enclosing surfaces; and - a multifunctional support rail;