mhurhangee/ep-ind-claims huggingface dataset:
Household refrigeration appliance, having a coolable interior provided to store food, a refrigeration apparatus provided to cool the coolable interior, a heat-insulated wall, which comprises an inner skin which delimits the coolable interior and an insulating foam resting against the side of the inner skin which faces away from the coolable interior, at least one electrical and/or electronic component, a rear fitting part which is foamed at least partially in the insulating foam, on which rear fitting part the electrical and/or electronic component is arranged, and which has a front side which can be accessed by way of an opening in the inner skin, by way of which the electrical and/or electronic component is accessible, and a cover provided to cover the front side of the rear fitting part and the electrical and/or electronic component and fastened to the rear fitting part, said cover having an outer cover and an inner cover fastened to the outer cover, which is arranged between the outer cover and the front side of the rear fitting part, wherein the outer cover, at least one side of the outer cover facing the coolable interior consists of a material which is harmless to food, and the inner cover, at least one side of the inner cover facing the front side of the rear fitting part consists of a flame retardant material, wherein the front side comprises lateral walls, which have a fastening apparatus, and the cover is fastened to the rear fitting part with its outer cover by means of the fastening apparatus, characterised in that the fastening apparatus is embodied as grooves moulded to the outer sides of the lateral walls of the front side of the rear fitting part, with which the outer cover is movably mounted in a form-fit manner in the grooves, and in particular the grooves and the bulges comprise a latching apparatus in order to fix the cover to the rear fitting part in the fastened state.
A method for the treatment of polymeric and/or organic waste, which comprises the following steps: - filling a heat resistant processing container (8, 23), provided with a valve, with suitably prepared waste into at least one grid-like insert, and closing it in a gas-tight manner, - introducing the processing container (8, 23) with the waste into a process furnace for a thermal treatment such that during the thermal treatment, degassing of the waste is carried out via the valve, and withdrawing the gas via a pipeline connected to the valve and temporarily storing it for further use in tanks (27, 28) after cooling and liquefying, - immediately following degassing, moving the heated processing container from the process furnace into a cooling chamber in which the residual heat is withdrawn from the processing container, and storing the residual heat in a thermal store as reusable process heat, and - after cooling is complete, removing the processing container from the cooling chamber and emptying the contents of the processing container into a separating device, in which - a lifting means or crane is engaged at a connection disposed opposite a filling opening for hoisting and subsequent emptying of the processing container. - filling a heat resistant processing container (8, 23), provided with a valve, with suitably prepared waste into at least one grid-like insert, and closing it in a gas-tight manner, - introducing the processing container (8, 23) with the waste into a process furnace for a thermal treatment such that during the thermal treatment, degassing of the waste is carried out via the valve, and withdrawing the gas via a pipeline connected to the valve and temporarily storing it for further use in tanks (27, 28) after cooling and liquefying, - immediately following degassing, moving the heated processing container from the process furnace into a cooling chamber in which the residual heat is withdrawn from the processing container, and storing the residual heat in a thermal store as reusable process heat, and - after cooling is complete, removing the processing container from the cooling chamber and emptying the contents of the processing container into a separating device, in which - a lifting means or crane is engaged at a connection disposed opposite a filling opening for hoisting and subsequent emptying of the processing container.
A method for cluster head selection in a communications network (1a, 1b), all steps of the method being performed by one and the same wireless device, the method comprising: receiving a respective beacon signal from each one of at least one further wireless device, each beacon signal comprising a cluster head capability metric; comparing each of the received cluster head capability metrics to at least one qualifying criterion; and selecting one of the at least one further wireless devices as the cluster head of the wireless device based on the comparison. receiving a respective beacon signal from each one of at least one further wireless device, each beacon signal comprising a cluster head capability metric; comparing each of the received cluster head capability metrics to at least one qualifying criterion; and selecting one of the at least one further wireless devices as the cluster head of the wireless device based on the comparison.
Sports shoe with a striped pattern facilitating ball handling, having an upper and a sole, wherein the surface of the upper of the sports shoe is divided into a plurality of shooting zones, namely at least into a nose zone, an inner shooting zone and an outer shooting zone and at least one of said shooting zones (14, 15, 16) comprises a plurality of ball directing stripes arranged side-by-side and being spaced from each other and the directing stripes extend out from the surface of the upper that constitutes a basic surface, the directing stripes have elevated outer surfaces with increased grip to the ball compared to the grip of the basic surface, wherein the spaces between said directing stripes constitute respective ball directing channels and said at least one shooting zone comprises a group of at least four directing stripes and a group of at least three directing channels between the directing stripes, and out of these two groups the width of the directing stripes and/or the directing channels of at least one group continuously changes along its length, wherein the width of the directing stripes is at least 3 mm and at most 20 mm and their height is at least 0.4 mm, and the width of said directing channels is at most 20 mm, an said pattern comprises said groups, wherein the height of the directing stripes from the upper of the shoe determines a height of respective edges of the directing stripes, wherein the edges of the directing stripes are curved in the space and when spread in a plane they are arced in a direction, or wherein the edges of the directing stripes have bidirectional curvature with an inflexion in a central point.
Stick-on leader comprising a lower part for receiving a material to be pile-driven and an upper part for receiving a diesel pile driver having a fuel supply, which is provided with at least one securing rope, characterised in that means for interrupting the fuel supply of the received diesel pile driver when the securing rope is tensioned are arranged.
Method for producing a part made of ceramic material matrix and ceramic material fibres composite material, the method comprising the following successive steps: - formation of a fibrous preform by intertwining threads constituted of ceramic material fibres on a contact surface of a support element reproducing the internal and/or external shape of the part to be produced; - partial densification of the fibrous preform at a temperature below the melting temperature of the material of the support element and below the melting temperature of the material of the fibres of the preform, said partial densification resulting in a consolidated fibrous preform comprising a matrix volume fraction above 5% and at the most equal to 40% of the matrix volume of the part to be produced; - removal of the support element from the consolidated fibrous preform by chemical attack of the contact surface of the material of the support element; - densification of the consolidated preform, carried out at a temperature below the melting temperature of the fibres of said preform. - formation of a fibrous preform by intertwining threads constituted of ceramic material fibres on a contact surface of a support element reproducing the internal and/or external shape of the part to be produced; - partial densification of the fibrous preform at a temperature below the melting temperature of the material of the support element and below the melting temperature of the material of the fibres of the preform, said partial densification resulting in a consolidated fibrous preform comprising a matrix volume fraction above 5% and at the most equal to 40% of the matrix volume of the part to be produced; - removal of the support element from the consolidated fibrous preform by chemical attack of the contact surface of the material of the support element; - densification of the consolidated preform, carried out at a temperature below the melting temperature of the fibres of said preform.
A method for operating an electronic device, the method comprising: displaying a first date and content of a plurality of sequentially sorted conversation messages transmitted or received on the first date, wherein the messages are sequentially sorted by date and time; detecting a first touch on the first date; detecting a second touch comprising a scroll action preceding a release of the second touch; in response to the scroll action, scrolling the messages up to messages transmitted or received on a second date which is next to the first date; in response to the release of the second touch: compressing the messages transmitted or received on the first date by applying data compression to the messages transmitted or received on the first date; and compressing the messages transmitted or received on the second date by applying the data compression to the messages transmitted or received on the second date; displaying a first image element representing the compressed messages transmitted or received on the first date; and displaying a second image element representing the compressed messages transmitted or received on the second date. displaying a first date and content of a plurality of sequentially sorted conversation messages transmitted or received on the first date, wherein the messages are sequentially sorted by date and time; detecting a first touch on the first date; detecting a second touch comprising a scroll action preceding a release of the second touch; in response to the scroll action, scrolling the messages up to messages transmitted or received on a second date which is next to the first date; in response to the release of the second touch: compressing the messages transmitted or received on the first date by applying data compression to the messages transmitted or received on the first date; and compressing the messages transmitted or received on the second date by applying the data compression to the messages transmitted or received on the second date; compressing the messages transmitted or received on the first date by applying data compression to the messages transmitted or received on the first date; and compressing the messages transmitted or received on the second date by applying the data compression to the messages transmitted or received on the second date; displaying a first image element representing the compressed messages transmitted or received on the first date; and displaying a second image element representing the compressed messages transmitted or received on the second date.
Modular system with at least one module which comprises electrical and/or electronic components arranged on a component carrier, and a heat-conducting body, wherein the at least one module has a mechanical connecting device, wherein on a base part, the heat-conducting body comprises a support face which is arranged on the underside of the base part and faces at least one module carrier, wherein the at least one module carrier has a holding device for creating a mechanical connection with at least one connecting device of a module, wherein the at least one module carrier has at least one counter support face on which the support face of a module rests when a connection is created between the holding device of the module carrier and the connecting device of the module, whereby a heat-conductive connection is created between the heat-conducting body and the module carrier, characterised in that the at least one module has an electrical coupling device with electrical contacts, which is electrically connected to the component carrier and/or to at least one of the components, wherein the electrical contacts of the coupling device are accessible through an opening in the base part from the underside of the base part, and that the module carrier has a joining device with electrical countercontacts which are configured to be complementary to the electrical contacts of the coupling device, in order to create an electrical connection with at least one coupling device of a module.
A modified supported platinum catalyst containing molybdenum and a phosphorus compound, wherein the phosphorus has an oxidation state of less than +5, obtainable by first treating a supported platinum catalyst with an aqueous solution of hypophosphorous acid or a salt thereof and then an orthomolybdate in a molybdenum/platinum molar ratio of 1:1 to 100:1 and a phosphorus/molybdenum molar ratio of 1:1 to 100:1.
A drug administration apparatus that has a formulation syringe formed as a transparent container containing formulation mounted inside and that is adapted to administer drug to a living body, the drug administration apparatus comprising: an identification section, comprising a microprocessor, adapted to identify formulation loaded in the formulation syringe, or a container containing the formulation; and a reporting section (24, 25, 26) adapted to report a result of identification by the identification section; characterized by a syringe cover that is configured to cover the formulation syringe, wherein the syringe cover has a first opening and a second opening, the first opening and the second opening are configured so as to allow light to pass through the formulation loaded in the formulation syringe, or through the container containing the formulation, when the formulation syringe is mounted in the drug administration apparatus, wherein the identification section has a transmissive color detecting section adapted to detect a color by detecting the light passed through the formulation contained in the formulation syringe or the container containing the formulation, and the microprocessor is configured to determine whether a color data of the color detected with the transmissive color detecting section is within a reference value, wherein the transmissive color detecting section comprises a LED configured to output white light containing RGB components and a color sensor configured to perform digital-conversion on the passed light and output the result to microprocessor, and wherein the first opening and the second opening match the LED and the color sensor, respectively. an identification section, comprising a microprocessor, adapted to identify formulation loaded in the formulation syringe, or a container containing the formulation; and a reporting section (24, 25, 26) adapted to report a result of identification by the identification section; characterized by a syringe cover that is configured to cover the formulation syringe, wherein the syringe cover has a first opening and a second opening, the first opening and the second opening are configured so as to allow light to pass through the formulation loaded in the formulation syringe, or through the container containing the formulation, when the formulation syringe is mounted in the drug administration apparatus, wherein the identification section has a transmissive color detecting section adapted to detect a color by detecting the light passed through the formulation contained in the formulation syringe or the container containing the formulation, and the microprocessor is configured to determine whether a color data of the color detected with the transmissive color detecting section is within a reference value, wherein the transmissive color detecting section comprises a LED configured to output white light containing RGB components and a color sensor configured to perform digital-conversion on the passed light and output the result to microprocessor, and wherein the first opening and the second opening match the LED and the color sensor, respectively.
An impeller for a centrifugal pump, comprising, at least one vane structured for use in a centrifugal pump to direct flow radially in a direction away from the central axis of the impeller, said at least one vane extending radially in length from a central axis of the impeller to an outer peripheral edge of said impeller, and having a centerline extending along said radial length which is perpendicular to said central axis of said impeller and said at least one vane having an outer terminal end at or near said peripheral edge of said impeller, said outer terminal end having an outwardly extending portion being convex-like in shape; the impeller further comprises at least one shroud having a peripheral edge defining said peripheral edge of said impeller, characterised in that said outwardly extending portion of said vane has a terminus that is positioned to extend toward or beyond said peripheral edge of said shroud, each said vane having a radius R V measured from said central axis of said impeller to said terminus, and said outwardly extending portion having axial ends defining a radius R B measured from said central axis along said axial ends, wherein R B is less than R V.
A method for location management of a group-based machine type communication MTC device executed by a home subscriber register, comprising: receiving a location update message sent by a mobility management network element, wherein the location update message comprises a device identity and/or a group identity of a first MTC device; acquiring the group identity of the first MTC device according to the location update message, and updating subscription data of all MTC devices in a group corresponding to the group identity; and sending the subscription data of the group to the mobility management network element, wherein the group subscription data comprises the group identity and/or a device identity list of all the MTC devices in the group; wherein the acquiring the group identity of the first MTC device according to the location update message comprises: acquiring, according to the device identity comprised in the location update message, the group identity from the subscription data of the group to which the first MTC device belongs that is stored beforehand. receiving a location update message sent by a mobility management network element, wherein the location update message comprises a device identity and/or a group identity of a first MTC device; acquiring the group identity of the first MTC device according to the location update message, and updating subscription data of all MTC devices in a group corresponding to the group identity; and sending the subscription data of the group to the mobility management network element, wherein the group subscription data comprises the group identity and/or a device identity list of all the MTC devices in the group; wherein the acquiring the group identity of the first MTC device according to the location update message comprises: acquiring, according to the device identity comprised in the location update message, the group identity from the subscription data of the group to which the first MTC device belongs that is stored beforehand.
A recording method, comprising: applying ink to a record medium; and forming a cover layer by applying a liquid composition containing polyurethane resin particles to the record medium to which the ink is applied in such a manner as to be at least partially overlapped with a region to which the ink is applied, wherein breaking strength of the cover layer is 0.1 N or more and breaking elongation of the cover layer is 200% or more. applying ink to a record medium; and forming a cover layer by applying a liquid composition containing polyurethane resin particles to the record medium to which the ink is applied in such a manner as to be at least partially overlapped with a region to which the ink is applied, wherein breaking strength of the cover layer is 0.1 N or more and breaking elongation of the cover layer is 200% or more.
An image forming apparatus comprising: an image bearding drum (1a, 1b, 1c, 1d) which is rotated while bearing a toner image; an intermediate transfer belt onto which the toner image is primary-transferred from the image bearding drum (1a, 1b, 1c, 1d) and from which the toner image is secondary-transferred onto a recording material; an image bearding drum cleaning member (6a, 6b, 6c, 6d) which removes the toner from the image bearding drum (1a, 1b, 1c, 1d) and whose length in a rotational axial direction of the image bearding drum (1a, 1b, 1c, 1d) is shorter than the image bearding drum; and a bending member which comes into contact with a surface of the intermediate transfer belt onto which the toner image is primary-transferred and which bends the intermediate transfer belt, characterized in that in the rotational axial direction of the image bearding drum, assuming that a length of the image bearing drum cleaning member (6a, 6b, 6c, 6d) is set to Ldrcln, a length of the intermediate transfer belt is set to Lb, and a length of the bending member is set to Lr, there is a relation of Lb > Ldrcln > Lr. an image bearding drum (1a, 1b, 1c, 1d) which is rotated while bearing a toner image; an intermediate transfer belt onto which the toner image is primary-transferred from the image bearding drum (1a, 1b, 1c, 1d) and from which the toner image is secondary-transferred onto a recording material; an image bearding drum cleaning member (6a, 6b, 6c, 6d) which removes the toner from the image bearding drum (1a, 1b, 1c, 1d) and whose length in a rotational axial direction of the image bearding drum (1a, 1b, 1c, 1d) is shorter than the image bearding drum; and a bending member which comes into contact with a surface of the intermediate transfer belt onto which the toner image is primary-transferred and which bends the intermediate transfer belt,
A sleeve (100, 400) for securing a vial, the sleeve comprising: a cylindrical body sized to receive a vial, the cylindrical body including a longitudinal axis, a first end, and a second end; a deformable member (106, 406) disposed near the first end of the cylindrical body and arranged to deform from a first configuration to a second configuration, characterised in that the deformable member includes a finger, a tip, and a bent knuckle portion connecting the finger and the tip, the finger extending upward from the first end of the cylindrical body, and wherein the deformable member is displaced outwardly relative to the longitudinal axis of the cylindrical body in the second configuration. a cylindrical body sized to receive a vial, the cylindrical body including a longitudinal axis, a first end, and a second end; a deformable member (106, 406) disposed near the first end of the cylindrical body and arranged to deform from a first configuration to a second configuration, characterised in that the deformable member includes a finger, a tip, and a bent knuckle portion connecting the finger and the tip, the finger extending upward from the first end of the cylindrical body, and wherein the deformable member is displaced outwardly relative to the longitudinal axis of the cylindrical body in the second configuration.