mhurhangee/ep-ind-claims huggingface dataset:
Household appliance e.g. for laundry drying comprising an outer box casing which is provided with a first opening in its front face, a first door which is hinged to the front face of the casing to rotate to and from a closing position in which said first door rests against the front face of the casing to close said first opening, and a manually-operated door lock device which is structured to selectively lock the first door to the front face of the casing when the first door is placed in the closing position; the household appliance being characterized in that said manually-operated door lock device comprises: - a longitudinal groove extending on a lateral side of the first door so to be locally substantially parallel to the reference laying plane of the door, and to be locally substantially parallel to the reference laying plane of the front face of the casing when the first door is resting in the closing position; - a sliding element located on the front face of the casing, immediately sideways of the first opening, and which is fitted in sliding manner on the front face of the casing so to be manually movable on the casing in a direction (d 1) which is locally substantially tangent to the front face of the casing, and locally substantially parallel to the groove realized on the lateral side of the first door; and - a transversal locking member which protrudes from the sliding element towards the first door remaining locally substantially parallel to the reference laying plane of the front face of the casing, so that the distal end of said locking member can fit into the groove realized on the lateral side of the first door; the transversal locking member being structured to impair the first door from moving away from the closing position when the distal end of the locking member engages into the groove. - a longitudinal groove extending on a lateral side of the first door so to be locally substantially parallel to the reference laying plane of the door, and to be locally substantially parallel to the reference laying plane of the front face of the casing when the first door is resting in the closing position; - a sliding element located on the front face of the casing, immediately sideways of the first opening, and which is fitted in sliding manner on the front face of the casing so to be manually movable on the casing in a direction (d 1) which is locally substantially tangent to the front face of the casing, and locally substantially parallel to the groove realized on the lateral side of the first door; and - a transversal locking member which protrudes from the sliding element towards the first door remaining locally substantially parallel to the reference laying plane of the front face of the casing, so that the distal end of said locking member can fit into the groove realized on the lateral side of the first door;
A method for producing a partially hydrolysed lignocellulosic material comprising the steps: (i) treating a lignocellulosic material with sulphuric acid, wherein sulphuric acid is present in an amount from 0.5% to 5% by weight of the lignocellulosic material; (ii) treating the lignocellulosic material of step (i) with an agent that comprises glycerol, wherein glycerol is present in an amount from 30% to 100% by weight of the agent and wherein the agent is present at an amount of 25% to 200% by weight of the lignocellulosic material and wherein the agent further comprises no acid or less than 0.1% of an acid by weight of the agent; thereby producing a partially hydrolysed lignocellulosic material. (i) treating a lignocellulosic material with sulphuric acid, wherein sulphuric acid is present in an amount from 0.5% to 5% by weight of the lignocellulosic material; (ii) treating the lignocellulosic material of step (i) with an agent that comprises glycerol, wherein glycerol is present in an amount from 30% to 100% by weight of the agent and wherein the agent is present at an amount of 25% to 200% by weight of the lignocellulosic material and wherein the agent further comprises no acid or less than 0.1% of an acid by weight of the agent;
Ejector for cut sheets of cardboard, for flat stamping presses or autoplaten, used primarily in the packaging sector, in shaping packing or boxes, which ejector comprises a male base that incorporates a number of strips, and pushers, jagged spikes or punches, all non-cutting, necessary for the expulsion of the leftover generated in the carton interior windows or openings and the peripheral remaining, through a female base, which presents for this purpose a series of openings in correspondence with the windows and openings to practice, characterized in that the ejector male base presents the active face at the same height on which the pushers are in the rest position: - A flat plate, which occupies the inner side and has the same perimeter configuration and the same windows which is expected to be done on the sheet of cardboard to be clean, but with a slight margin so that steel strips and pushers pass through them, during the impact with this plate mounted in parallel with the male base by means of several telescopic centering devices with an inner compression spring and allowing movement of this plate being in approach to the base, in the impact of the male ejector elements; - Peripherally around the flat plate, a series of plates, also flat, which outwardly delimit the outliner of the punched sheet and the inward facing profile of the area of the plate and of the strips, straps or pushers to be run between the two elements, each of these being mounted plates into a threaded coupling running through a slot, perpendicular to the plate, which allows a millimetrically aproach to the corresponding plate cutting strips or strips. - A flat plate, which occupies the inner side and has the same perimeter configuration and the same windows which is expected to be done on the sheet of cardboard to be clean, but with a slight margin so that steel strips and pushers pass through them, during the impact with this plate mounted in parallel with the male base by means of several telescopic centering devices with an inner compression spring and allowing movement of this plate being in approach to the base, in the impact of the male ejector elements; - Peripherally around the flat plate, a series of plates, also flat, which outwardly delimit the outliner of the punched sheet and the inward facing profile of the area of the plate and of the strips, straps or pushers to be run between the two elements, each of these being mounted plates into a threaded coupling running through a slot, perpendicular to the plate, which allows a millimetrically aproach to the corresponding plate cutting strips or strips.
A three-dimensional, engineered ocular tissue for use in implantation into an eye of a human subject comprising: a three-dimensional, engineered outer blood retinal barrier comprising a first layer comprising a choroid, the choroid comprising a first bio-ink, wherein the first bio-ink comprises 5 to 30 million endothelial cells per milliliter, 10 to 50 million fibroblasts per milliliter, and 0.5 to 3 million pericytes per milliliter; and a second layer comprising a plurality of retinal pigment epithelial cells, the first layer and the second layer forming the three-dimensional, engineered outer blood retinal barrier; and a biocompatible scaffold, wherein the biocompatible scaffold is between the first layer and the second layer, wherein the scaffold is 2 μm to 45 μm thick. a three-dimensional, engineered outer blood retinal barrier comprising a first layer comprising a choroid, the choroid comprising a first bio-ink, wherein the first bio-ink comprises 5 to 30 million endothelial cells per milliliter, 10 to 50 million fibroblasts per milliliter, and 0.5 to 3 million pericytes per milliliter; and a second layer comprising a plurality of retinal pigment epithelial cells, the first layer and the second layer forming the three-dimensional, engineered outer blood retinal barrier; and a biocompatible scaffold, wherein the biocompatible scaffold is between the first layer and the second layer, wherein the scaffold is 2 μm to 45 μm thick.
A blow molding mold for a plastic bottle, configured to blow-mold a plastic bottle having a body portion, a bottom portion below the body portion, a mouth portion above the body portion, and a neck portion located between the body portion and the mouth portion, comprising: a body mold corresponding to the body portion of the plastic bottle; a bottom mold corresponding to the bottom portion of the plastic bottle; a neck mold corresponding to the neck portion of the plastic bottle, wherein the neck mold is provided with a first cooling mechanism; the body mold includes an inner body mold having an inner surface corresponding to the outer surface of the body portion, and an outer shell located outside the inner body mold; the inner body mold of the body mold can be attached/detached to/from the outer shell when replacing the inner body mold in conformity with the shape of the plastic bottle; and the first cooling mechanism has a coolant flow passage which extends in the neck mold and which overlaps the inner body mold in a plan view; and an enclosure located outside the outer shell, characterized in that the enclosure is provided with a heating mechanism. a body mold corresponding to the body portion of the plastic bottle; a bottom mold corresponding to the bottom portion of the plastic bottle; a neck mold corresponding to the neck portion of the plastic bottle, wherein the neck mold is provided with a first cooling mechanism; the body mold includes an inner body mold having an inner surface corresponding to the outer surface of the body portion, and an outer shell located outside the inner body mold; the inner body mold of the body mold can be attached/detached to/from the outer shell when replacing the inner body mold in conformity with the shape of the plastic bottle; and the first cooling mechanism has a coolant flow passage which extends in the neck mold and which overlaps the inner body mold in a plan view; and an enclosure located outside the outer shell, characterized in that the enclosure is provided with a heating mechanism.
Method for detecting and differentiating between basic materials (94, 95, 96, 97), colours (90, 91, 92, 93) and contaminated parts (98, 99, 100) in granulate or pellet-like substances, wherein the substances are linearly irradiated and optically excited by means of a laser, wherein the light re-emitted by the substances is detected and spectroscopically analysed (11, 12) in order to detect the difference between the basic materials (94, 95, 96, 97) and the colours (90, 91, 92, 93) and contaminated parts (98, 99, 100), and the substances are classified and sorted by basic materials (94, 95, 96, 97), colours (90, 91, 92, 93) and/or contaminated parts (98, 99, 100), and wherein the re-emitted light extends coaxially with and counter to the light from the laser and the light from the laser and the re-emitted light extend via a common reflecting polygonal wheel (18, 35), wherein the spectrally decomposed light is detected by a multi-anode photomultiplier tube as a spectrum, and the substance analysis, the colour determination and the contaminant identification take place a) by means of signal processing, programmed logic and by means of mathematical algorithms having calibration vectors, or b) by means of a processor having access to reference spectra contained in a data store. a) by means of signal processing, programmed logic and by means of mathematical algorithms having calibration vectors, or b) by means of a processor having access to reference spectra contained in a data store.
A method for a server to process an interactivity event on a broadcast network, comprising: transmitting an informations message on an overhead flow, wherein the information message includes information identifying interactivity signaling flows that carry interactivity signaling messages, and file data flows that carry interactivity event resources, for each or a plurality of real-time channels; determining a start time of the interactivity event on one of the plurality of real-time channels; generating an interactivity event signaling message for the interactivity event on the one of the plurality of real-time channels, wherein the interactivity event signaling message comprises one or more of an event identifier, a version identifier, filtering criteria, event start time data, event validity duration or end time, a priority, application data, resources and templates references to be used by a receiver device in executing the interactivity event on the one of the plurality of real-time channels; transmitting, over a file data flow identified in the information message for the one of the plurality of real-time channels, interactivity event resources for the interactivity event on the one of the plurality of real-time channels, including application data, templates and assets; and transmitting, over an interactivity signaling flow identified in the information message for the one of the plurality of real-time channels, the interactivity event signaling message, wherein the interactivity signaling flow is separate from the file data flow. transmitting an informations message on an overhead flow, wherein the information message includes information identifying interactivity signaling flows that carry interactivity signaling messages, and file data flows that carry interactivity event resources, for each or a plurality of real-time channels; determining a start time of the interactivity event on one of the plurality of real-time channels; generating an interactivity event signaling message for the interactivity event on the one of the plurality of real-time channels, wherein the interactivity event signaling message comprises one or more of an event identifier, a version identifier, filtering criteria, event start time data, event validity duration or end time, a priority, application data, resources and templates references to be used by a receiver device in executing the interactivity event on the one of the plurality of real-time channels; transmitting, over a file data flow identified in the information message for the one of the plurality of real-time channels, interactivity event resources for the interactivity event on the one of the plurality of real-time channels, including application data, templates and assets; and transmitting, over an interactivity signaling flow identified in the information message for the one of the plurality of real-time channels, the interactivity event signaling message, wherein the interactivity signaling flow is separate from the file data flow.
Arrangement of an instrument panel in the inner space of a motor vehicle, in particular a passenger vehicle, in which the instrument panel which adjoins a windscreen in the region close to the windscreen when viewed in the direction of the vertical axis of the vehicle extends above an insulation layer, in particular above a transverse windscreen carrier which is provided with an insulation layer, wherein, when viewed in the direction of the vertical axis of the vehicle, there is formed below the instrument panel at least one defroster channel which extends in the transverse direction of the vehicle and by means of which air can be supplied to the windscreen via at least one outlet opening which is associated with the windscreen, characterised in that a portion of the instrument panel, which portion faces the windscreen and forms a defroster channel wall region, is constructed as a wall portion which adjoins the at least one outlet opening in the direction away from the windscreen and which covers the hollow channel space of the defroster channel and which, when acted on by a force in a downward direction, is pivoted in the direction away from the windscreen about a defined pivot axis at the instrument panel side into the defroster channel.
Access control system for preventing unauthorized loading/unloading of a transported vehicle to/from a load carrier, the access control system comprising: - a blocking device configured to be arranged on the load carrier and enabled to move between a blocking position, where the transported vehicle is blocked from passing the blocking device, and an unblocking position, where the transported vehicle is allowed to pass the blocking device, based on an authorization signal; - a biometric reader configured to read a biometric feature indicating the identity of an operator and to produce biometric data based on the biometric feature; and - a control unit configured to send the authorization signal to the blocking device upon verifying that the operator is authorized to move the blocking device based on the biometric data. - a blocking device configured to be arranged on the load carrier and enabled to move between a blocking position, where the transported vehicle is blocked from passing the blocking device, and an unblocking position, where the transported vehicle is allowed to pass the blocking device, based on an authorization signal; - a biometric reader configured to read a biometric feature indicating the identity of an operator and to produce biometric data based on the biometric feature; and - a control unit configured to send the authorization signal to the blocking device upon verifying that the operator is authorized to move the blocking device based on the biometric data.
A method for controlling a washing machine, comprising the execution of a wash step wherein the speed of rotation of the drum of said machine is subjected to a plurality of increases alternated with respective decreases, each increase and each decrease being performed by keeping or by bringing the temperature of the wash water contained in said drum at/to determined values, characterised in that said wash step comprises the following operations: a) the wash water temperature is increased up to a first value while the drum is rotated at a first speed; b) when said temperature reaches said first value, the heating of the wash water is stopped and the drum is rotated at a second speed of rotation higher than said first speed; c) when the water temperature decreases up to a first threshold or after a predetermined time, the water temperature is increased again up to a second value, preferably higher than said first value, while the drum is rotated at a speed lower than said second speed and preferably substantially equal to said first speed; d) when said temperature reaches said second value, the heating of the wash water is stopped and the drum is moved at a speed of rotation higher than said first speed and preferably substantially equal to said second speed. a) the wash water temperature is increased up to a first value while the drum is rotated at a first speed; b) when said temperature reaches said first value, the heating of the wash water is stopped and the drum is rotated at a second speed of rotation higher than said first speed; c) when the water temperature decreases up to a first threshold or after a predetermined time, the water temperature is increased again up to a second value, preferably higher than said first value, while the drum is rotated at a speed lower than said second speed and preferably substantially equal to said first speed; d) when said temperature reaches said second value, the heating of the wash water is stopped and the drum is moved at a speed of rotation higher than said first speed and preferably substantially equal to said second speed.
A method in an operator authentication server for authentication of a communication device associated with a communication device manager, the communication device manager being associated with a plurality of communication devices, wherein the operator authentication server has transmitted group subscriber identity module, SIM, information to the communication device manager, wherein the group SIM information is associated with an international mobile subscriber identity, IMSI, number and a shared secret K, the method comprising: - receiving from the communication device a request for authentication comprising a sub identifier associated with the communication device; - determining whether the sub identifier is known; wherein when it is determined that the sub identifier is known, the method comprises: - deriving a secret Ki associated with the communication device based on the shared secret K, and the sub identifier; - transmitting a challenge to the communication device, wherein the challenge is formed cryptographically based on the derived secret Ki; - receiving from the communication device a response to the challenge, wherein the response is cryptographically formed based on the derived secret Ki; - determining whether the received response is correct by confirming that it was cryptographically formed by using the derived secret Ki; and when it is determined that the received response is correct, the method comprises: - authenticating the communication device and derive a first session key based on the derived secret Ki. - receiving from the communication device a request for authentication comprising a sub identifier associated with the communication device; - determining whether the sub identifier is known; wherein when it is determined that the sub identifier is known, the method comprises: - deriving a secret Ki associated with the communication device based on the shared secret K, and the sub identifier; - transmitting a challenge to the communication device, wherein the challenge is formed cryptographically based on the derived secret Ki; - receiving from the communication device a response to the challenge, wherein the response is cryptographically formed based on the derived secret Ki; - determining whether the received response is correct by confirming that it was cryptographically formed by using the derived secret Ki; and when it is determined that the received response is correct, the method comprises: - authenticating the communication device and derive a first session key based on the derived secret Ki.
A method for local authority partitioning of client resources in a communications network including a plurality of client nodes, the method comprising: receiving an indication of a set of resources allocated to at least one of the client nodes; a local authority as part of said client node partitioning (216, 218, 220, 224, 226, 228) said allocated set of resources among one or more applications associated with said client node in order to restrict which of the resources each application is allowed to use; said local authority associating one or more resource keys with one or more of said allocated resources, and assigning said one or more resource keys to said one or more applications; wherein, following said partitioning, communication requests are issued from said one or more applications to a resource provider node using the one or more resource keys without inspection by said local authority. receiving an indication of a set of resources allocated to at least one of the client nodes; a local authority as part of said client node partitioning (216, 218, 220, 224, 226, 228) said allocated set of resources among one or more applications associated with said client node in order to restrict which of the resources each application is allowed to use;