mhurhangee/ep-ind-claims huggingface dataset:
A combination of a plastic hose for laboratory devices and a screw element, wherein the screw element is provided with a thread for fastening the plastic hose to a counter-piece having a thread complementary to said thread, such as a connector to a further line or a device connection, wherein the screw element is composed of a first part rotatable by hand or with a tool and of a second part provided with a thread, wherein the first part and the second part can be rotated relative to one another about the longitudinal axis of the screw element, but can be held axially to one another via a connection point, and is composed of an installation (24, 26) which limits the torque that can be transferred from the first part to the second part and which has ratchet noses, wherein the screw element enables a reliable fastening while ensuring the required torque, wherein the screw element has the shape of a hollow bolt or is configured as a sleeve nut, characterized in that the installation limiting the torque comprises at least one ramp part (24; 24') which can rotate with the first part or with the second part in a direction in parallel to the longitudinal axis of the screw element with respect to a spring bias and cooperates with ratchet noses of the respective other part; and in that at least one dog is provided which serves for the rotation of the ramp part (24; 24') together with the first part or the second part. wherein the screw element enables a reliable fastening while ensuring the required torque, wherein the screw element has the shape of a hollow bolt or is configured as a sleeve nut, characterized in that the installation limiting the torque comprises at least one ramp part (24; 24') which can rotate with the first part or with the second part in a direction in parallel to the longitudinal axis of the screw element with respect to a spring bias and cooperates with ratchet noses of the respective other part; and in that at least one dog is provided which serves for the rotation of the ramp part (24; 24') together with the first part or the second part.
A method comprising: receiving, by a mobile device, a request from an identity and profiling system to provide a first set of information associated with a user of the mobile device to a requesting entity, the first set of information corresponding to personally identifiable information that is being requested by the requesting entity; generating, by the mobile device, a user interface allowing the user to grant permission to provide the first set of information associated with the user to the requesting entity; based on the user granting permission to provide the first set of information associated with the user to the requesting entity, generating, by the mobile device, a second set of information associated with the user, the second set of information indicating a set of personally identifiable information for the user that the user is permitting to be released to the requesting entity; retrieving, by the mobile device, a key associated with the user; generating, by the mobile device, an access token by encrypting the second set of information associated with the user using the key associated with the user; and sending, by the mobile device, the access token to the identity and profiling system. receiving, by a mobile device, a request from an identity and profiling system to provide a first set of information associated with a user of the mobile device to a requesting entity, the first set of information corresponding to personally identifiable information that is being requested by the requesting entity; generating, by the mobile device, a user interface allowing the user to grant permission to provide the first set of information associated with the user to the requesting entity; based on the user granting permission to provide the first set of information associated with the user to the requesting entity, generating, by the mobile device, a second set of information associated with the user, the second set of information indicating a set of personally identifiable information for the user that the user is permitting to be released to the requesting entity; retrieving, by the mobile device, a key associated with the user; generating, by the mobile device, an access token by encrypting the second set of information associated with the user using the key associated with the user; and sending, by the mobile device, the access token to the identity and profiling system.
A washing machine comprising: a cabinet; a drum rotatably disposed in the cabinet to receive laundry; and a balancer (400, 700) to offset unbalanced load generated during rotation of the drum, wherein the balancer comprises a balancer housing mounted at the drum, the balancer housing having an annular channel defined therein; a balancing module disposed in the annular channel such that the balancing module is movable when electric power from a power source outside the cabinet is supplied to the balancing module, characterised in that the balancing module comprises a brush; and wherein a conductive film is applied, one side of which is attached to an inside of the balancer housing and the other side of which is provided with a conductive rail (810, 820) to supply electric power to the balancing module via the brush; and an electric wire electrically connects the power source outside the cabinet to the conductive rail. a cabinet; a drum rotatably disposed in the cabinet to receive laundry; and a balancer (400, 700) to offset unbalanced load generated during rotation of the drum, wherein the balancer comprises a balancer housing mounted at the drum, the balancer housing having an annular channel defined therein; a balancing module disposed in the annular channel such that the balancing module is movable when electric power from a power source outside the cabinet is supplied to the balancing module, characterised in that the balancing module comprises a brush; and wherein a conductive film is applied, one side of which is attached to an inside of the balancer housing and the other side of which is provided with a conductive rail (810, 820) to supply electric power to the balancing module via the brush; and an electric wire electrically connects the power source outside the cabinet to the conductive rail.
An ice making method comprising: an ice making initiation operation of forming ice by an ice formation unit; an ice release time determining operation of determining a point in time at which ice is to be released in consideration of a signal from a detection unit for detecting whether the formation of ice has reached an intended level and an ice making lapse time which has lapsed after the formation of ice was initiated by the ice formation unit; and an ice releasing operation of releasing the formed ice when a point in time at which ice is to be released is determined in the ice releasing time determining operation, wherein, in the ice release time determining operation, when the ice making lapse time is equal to a pre-set maximum ice making time, it is determined as an ice releasing time although it is not determined that the formation of ice has reached the intended level by the detection unit and, wherein, in the ice release time determining operation, although the ice making lapse time is less than a pre-set minimum ice making time, when it is determined that the formation of ice has reached the intended level by the detection unit, it is determined that it is time to release ice when the minimum ice making time has expired, and wherein the minimum ice making time is 80% to 90% of the pre-set maximum ice making time. an ice making initiation operation of forming ice by an ice formation unit; an ice release time determining operation of determining a point in time at which ice is to be released in consideration of a signal from a detection unit for detecting whether the formation of ice has reached an intended level and an ice making lapse time which has lapsed after the formation of ice was initiated by the ice formation unit; and an ice releasing operation of releasing the formed ice when a point in time at which ice is to be released is determined in the ice releasing time determining operation, wherein, in the ice release time determining operation, when the ice making lapse time is equal to a pre-set maximum ice making time, it is determined as an ice releasing time although it is not determined that the formation of ice has reached the intended level by the detection unit and, wherein, in the ice release time determining operation, although the ice making lapse time is less than a pre-set minimum ice making time, when it is determined that the formation of ice has reached the intended level by the detection unit, it is determined that it is time to release ice when the minimum ice making time has expired, and wherein the minimum ice making time is 80% to 90% of the pre-set maximum ice making time.
Transmission system for converting bidirectional movements in movements in a single direction comprising two shafts, one input shaft, wherein force is applied, and another output shaft, transmitting motion, comprising two transmission means so as to move a shaft with respect to the other, and wherein one of the transmission means being used consists of two gears (3, 5) of cogged wheels, which invert the rotation direction between the two shafts (1, 2), while the other transmission means used also consists of two pinion gears (4, 6) having a driving chain, so as to move the two shafts (1, 2) in the same direction, having four unidirectional coupling devices (7a,7b,7c,7d) located between the gears and the shafts, such that the cogged wheel transmission means, reversing the rotation direction between the two shafts, has two unidirectional coupling devices, (7c, 7a), one in each shaft, and arranged so as to lock in the same rotation direction, whereas the pinion chain transmission means moving both shafts in the same rotation direction, has two unidirectional coupling devices (7 d, 7b), one in each shaft, arranged so as to lock in opposite rotation directions, wherein the unidirectional coupling devices (7a, 7b) which are in the output shaft, lock in the same rotation direction one with respect to the other.
A moving image data generation device (10, 100b) generating hierarchical moving data configured by hierarchizing in order of resolutions a plurality of series of images that are representations of image frames constituting one moving image in different resolutions in order to generate a display image, while switching an allocation of layers, in accordance with a resolution required in an image processing device that displays an image, wherein an allocation of layers associates each layer with either an original image data or a difference image data, comprising: a scheduling unit configured to determine a switching schedule for switching the allocation of an original image layer and a difference image layer to another allocation pattern with passage of time; a hierarchical data generating unit configured to generate image data of respective layers for each image frame by reducing each image frame into a plurality of sizes, and configured to include, in image data of at least one layer, data on a difference image representing a subtraction from an enlarged image of an image on a different layer, the image being a representation of a same image frame with a resolution lower than that of the one layer, wherein the hierarchical data generating unit specifies a layer and an area to be set as a difference image for each image frame in accordance with the switching schedule determined by the scheduling unit, and generates the hierarchical moving image data; and a compressed data generating unit configured to compress and encode the hierarchical moving image data generated by the hierarchical data generating unit, and to store the compressed and encoded hierarchical moving image data in a storage device.
A method of producing floor panels, wherein the method comprises the steps: separating a sheet- or roll formed surface material into surface strips, characterized in gluing the surface strips to a core with a space between adjacent longitudinal edges of the surface strips, and sawing and forming a locking system comprising a projection portion and a tongue in the core at the space. separating a sheet- or roll formed surface material into surface strips, characterized in gluing the surface strips to a core with a space between adjacent longitudinal edges of the surface strips, and sawing and forming a locking system comprising a projection portion and a tongue in the core at the space.
Selvedge device, comprising at least two pairs of heddle holders for holding heddles on either side by means of each pair of heddle holders, a drive device for driving the two pairs of heddle holders by reciprocating movements, in which the drive device comprises at least two drive bodies and each pair of heddle holders is attached to a said drive body, wherein the heddle holders of at least one pair of heddle holders are attached to the corresponding drive body so as to be height-adjustable with respect to this corresponding drive body, and wherein each pair of heddle holders is coupled to each other by means of a coupling element, characterized in that the coupling element is arranged on the side of the corresponding drive body and that each heddle holder, on its side facing away from the corresponding drive body, is provided with a nose having a length which is such that adjacent heddle holders which perform a deviating reciprocating movement remain adjacent to each other for their entire reciprocating movement.
A nucleic acid comprising at least a single-stranded DNA to be delivered to endosomes of dendritic cells, linked to a double-stranded RNA capable of activating TLR3, wherein the double-stranded RNA capable of activating TLR3 has an RNA virus-derived RNA sequence, and wherein the single-stranded DNA is any of the following (a) to (d): (a) a Class-B or -C CpG-DNA having TLR9 ligand activity, (b) a DNA which is the same as the above (a) except for having GpC instead of CpG, (c) a DNA which is the same as the above (b) except for having TpC instead of GpC, and (d) a DNA which is the same as the above (b) except for having CpC instead of GpC. (a) a Class-B or -C CpG-DNA having TLR9 ligand activity, (b) a DNA which is the same as the above (a) except for having GpC instead of CpG, (c) a DNA which is the same as the above (b) except for having TpC instead of GpC, and (d) a DNA which is the same as the above (b) except for having CpC instead of GpC.
A portable apparatus for cooking foods, in particular meat, comprising a vertically positioned body having a surface, a bottom and a top, said apparatus further comprising - a bearing applied or applicable to the bottom of the body and arranged for allowing to move the apparatus; - a grill located at the top of the body and arranged to cook horizontally lying foods; - a first cover positioned near the bottom and internally to the body, said first cover being designed for supporting solid type combustible material; the apparatus being characterized by - one or more bars horizontally linked, in use, externally to the surface of the body, near the top of the body, and arranged for vertically suspending, by means of proper cooking hooks, foods to be cooked; and by - one or more extractable drawers, positioned between the bottom and the first cover and aligned to the bars, and arranged for collecting possible cooking residues leaving the vertically suspended foods. - a bearing applied or applicable to the bottom of the body and arranged for allowing to move the apparatus; - a grill located at the top of the body and arranged to cook horizontally lying foods; - a first cover positioned near the bottom and internally to the body, said first cover being designed for supporting solid type combustible material; - one or more bars horizontally linked, in use, externally to the surface of the body, near the top of the body, and arranged for vertically suspending, by means of proper cooking hooks, foods to be cooked; and by - one or more extractable drawers, positioned between the bottom and the first cover and aligned to the bars, and arranged for collecting possible cooking residues leaving the vertically suspended foods.
Impregnating method for wooden sleepers, wherein the wooden sleeper is subjected to a first mechanical treatment, specifically a slotted perforation of at least the four largest surfaces (11, 12) of the wooden sleeper, in which slots are aligned substantially parallel to the running direction of the wood fibres, so that a displacement of wood fibres is effected, wherein the wooden sleeper is subjected to a second mechanical treatment, specifically an at least local introduction of blind holes from at least one side of the wooden sleeper, substantially severing wood fibres, and wherein the impregnating agent used is an impregnating agent which is free of water and of solvent and contains copper and/or zinc, wherein copper and/or zinc is present as soap of fatty acids from naturally occurring oils as a biocide.
Surgical fixing device for the mutual fixing of two bone parts (2, 3) lying next to each other, having a first engaging element for engaging the underside of the two bone parts (2, 3) and having a second engaging element for engaging the upper side of the two bone parts (2, 3) and having a tensioning device (8, 9), which connects the two engaging elements (5, 6) to each other through an interspace between the bone parts (2, 3) and which permanently fixes the two engaging elements (5, 6) with respect to each other in a tensioned manner when they engage the underside and the upper side of the bone parts (2, 3), wherein the fixing device comprises at least one elastic tensioning element (16; 31), which displaces a supporting surface (18; 34) which can be applied to the upper side of the bone parts (2, 3) toward the first engaging element, so that the supporting surface (18; 34) and the first engaging element can be moved away from each other against the force of the elastic tensioning element (16; 31), and wherein the supporting surface (18; 34) is part of the elastic tensioning element (16; 31), characterized in that the elastic tensioning element (16; 31) is releasably connected to the fixing device.
Danger detector embodied as a point-type detector, comprising an alarm housing with an alarm cover, a non-contact heat radiation sensor sensitive to heat radiation in the infrared range, as well as a processing unit at least for establishing and outputting a temperature value (TEMP) for an ambient temperature derived from the detected heat radiation on the inner side of the alarm cover of the danger detector and/or a message (ALARM) if the current established temperature value (TEMP) exceeds a predetermined temperature comparison value, wherein the heat radiation sensor comprises a thermopile or a bolometer and is disposed in the alarm housing and is aligned optically, for acquisition of the ambient temperature, to the inner side of the alarm cover, wherein the inner side of the alarm cover is able to be used as a measurement surface for non-contact acquisition of the heat radiation and wherein the measurement surface lies optically in an acquisition area of the heat radiation sensor.
Device for immobilizing in working position a vehicle, namely such as a sewer-cleaning truck, provided with at least one working equipment connected to a transfer box having at least one input shaft mechanically connected in drive to the gearbox of the vehicle, a primary output shaft mechanically connected in drive to the rear axle of the vehicle, at least one secondary output shaft mechanically connected in drive to said working equipment, means for mechanically connecting in drive said input shaft to said primary output shaft in a "running" state of said vehicle or to said secondary output shaft in a working state of said vehicle, said device including a mechanism intended and designed to lock in rotation said primary output shaft in said working state of said vehicle, wherein said mechanism includes, extending along an X axis, a first pinion with an external toothing intended to be mounted in mechanical drive on said primary output shaft, a second pinion with an external toothing intended to be firmly connected to the casing of the transfer case, as well as a third pinion with an internal toothing designed capable of meshing with said first and second pinions (9, 10), said third pinion being mounted movable in translation along the X axis between an inactive position in which it is in engagement with the second pinion and in an active position in which it is in engagement with both the first and the second pinion (9, 10).
A method for administering a qualification test to at least one sensor, the at least one sensor configured to input a fluid sample and to output a corresponding signature obtained from an electric signal characterizing the fluid sample, the sensor comprising: - at least one reactive site; - at least one transducer configured to measure at least one physical property change induced by an interaction of the fluid sample with said at least one reactive site and to output said electric signal; wherein the method comprises: - inputting a plurality of reference fluid samples, which are each a priori clustered in one of several predefined clusters, for obtaining, from the at least one sensor, a plurality of respective signatures which are then also a priori clustered accordingly, - computing a metrics that comprises a clustering quality score of said plurality of a priori clustered respective signatures of the plurality of reference fluid samples, wherein said clustering quality score is based on intra-cluster and extra-cluster distances between said a priori clustered respective signatures. - at least one reactive site; - at least one transducer configured to measure at least one physical property change induced by an interaction of the fluid sample with said at least one reactive site and to output said electric signal; - inputting a plurality of reference fluid samples, which are each a priori clustered in one of several predefined clusters, for obtaining, from the at least one sensor, a plurality of respective signatures which are then also a priori clustered accordingly, - computing a metrics that comprises a clustering quality score of said plurality of a priori clustered respective signatures of the plurality of reference fluid samples, wherein said clustering quality score is based on intra-cluster and extra-cluster distances between said a priori clustered respective signatures.