mhurhangee/patent-ind-claim-en huggingface dataset:
Dishwasher, in particular a domestic dishwasher, comprising a washing container which provides a washing chamber and is used to receive washware to be washed, and comprising a heat pump device which has an evaporator which is arranged inside a reservoir filled with water , the reservoir being arranged within a housing which surrounds the reservoir while leaving a gap serving as an air flow chamber, the gap being fluidically connected with a first connection to an air supply channel and with a second connection to an air discharge channel , which channels each open into the washing chamber at the other end, characterised in that the gap is fluidically connected with a third connection to a water pipe which opens into the washing chamber and into which a pump is integrated, so that any condensate that has accumulated in the housing may be pumped out of the housing and conveyed into the washing container . the reservoir being arranged within a housing which surrounds the reservoir while leaving a gap serving as an air flow chamber, the gap being fluidically connected with a first connection to an air supply channel and with a second connection to an air discharge channel , which channels each open into the washing chamber at the other end, characterised in that the gap is fluidically connected with a third connection to a water pipe which opens into the washing chamber and into which a pump is integrated, so that any condensate that has accumulated in the housing may be pumped out of the housing and conveyed into the washing container .
Method of manufacturing a material composite comprising: - manufacturing (S100) a composite material extending along an axis of elongation (z) from carbon nanostructures anchored in a matrix of a first metal , - dividing (S200) the composite material into segments , - arranging (S300) the segments in at least one plane in a die , - forming (S400) a material composite by - filling (S410) of voids in the die with a filling material and subsequent sintering (S420) in the die , or - melt infiltration (S430) in the die , - exposing (S500) the carbon nanostructures from at least one surface of the material composite so that the carbon nanostructures protrude from this surface. - manufacturing (S100) a composite material extending along an axis of elongation (z) from carbon nanostructures anchored in a matrix of a first metal , - dividing (S200) the composite material into segments , - arranging (S300) the segments in at least one plane in a die , - forming (S400) a material composite by - filling (S410) of voids in the die with a filling material and subsequent sintering (S420) in the die , or - melt infiltration (S430) in the die , - filling (S410) of voids in the die with a filling material and subsequent sintering (S420) in the die , or - melt infiltration (S430) in the die , - exposing (S500) the carbon nanostructures from at least one surface of the material composite so that the carbon nanostructures protrude from this surface.
A roller skating system comprising a roller skate (2-10) with a single wheel, the roller skate comprising: a wheel comprising a first circular element and a second circular element , inside the first circular element, a rolling element arranged between the first circular element and the second circular element , for facilitating the relative movement of the first circular element with respect to the second circular element ; a connection means for allowing the connection of a shoe (S), the connection means being connected to the second circular element , a brake comprising a first braking element connected to the first circular element and a second braking element connected to the second circular element , wherein the braking action is obtained by the friction between the first braking element and the second braking element, the roller skating system further comprising an actuator for the brake, characterized in that the brake comprises a disc fixedly connected to the first circular element and a caliper fixedly connected to the second circular element , the actuator is configured so as to be operated remotely, preferably by hand, by the user of the roller skating system; and by a rod, preferably used by the user of the roller skating system in order to aid him/her during the use of the roller skating system, wherein the actuator is mounted on the rod, preferably at one end and/or at a gripping point thereof. a wheel comprising a first circular element and a second circular element , inside the first circular element, a rolling element arranged between the first circular element and the second circular element , for facilitating the relative movement of the first circular element with respect to the second circular element ; a connection means for allowing the connection of a shoe (S), the connection means being connected to the second circular element , a brake comprising a first braking element connected to the first circular element and a second braking element connected to the second circular element , wherein the braking action is obtained by the friction between the first braking element and the second braking element,
Refrigeration vehicle comprising at least one refrigeration space , which can be cooled via at least one supplemental heat exchanger , the supplemental heat exchanger being located in the refrigeration space and being connected to other components establishing a heat exchange loop and being able to exchange heat with an evaporator for low-temperature liquefied combustible gas (LNG), wherein - the heat exchange loop comprises a first heat exchanger , which is arranged in the refrigeration vehicle in such a way, that the first heat exchanger is able to exchange heat with the evaporator and that the first heat exchanger is connected to the supplemental heat exchanger in the refrigeration space ; and - the refrigeration vehicle comprises a first nitrogen tank for liquid nitrogen (LIN), nitrogen lines , a nitrogen pump , a nitrogen outlet and a nitrogen heat exchanger , arranged in a refrigeration unit together with the supplemental heat exchanger . - the heat exchange loop comprises a first heat exchanger , which is arranged in the refrigeration vehicle in such a way, that the first heat exchanger is able to exchange heat with the evaporator and that the first heat exchanger is connected to the supplemental heat exchanger in the refrigeration space ; and - the refrigeration vehicle comprises a first nitrogen tank for liquid nitrogen (LIN), nitrogen lines , a nitrogen pump , a nitrogen outlet and a nitrogen heat exchanger , arranged in a refrigeration unit together with the supplemental heat exchanger .
A display apparatus comprising: a plurality of light emitting diode (LED) elements ; a plurality of signal electrodes configured to supply data signals to the plurality of LED elements, respectively; and a common electrode configured to provide a ground to the plurality of LED elements, characterised in that the common electrode is interposed between each of the plurality of signal electrodes to respectively surround three sides of distal ends of each of the plurality of signal electrodes or the plurality of signal electrodes is arranged to respectively surround three sides of distal ends of the common electrode. a plurality of light emitting diode (LED) elements ; a plurality of signal electrodes configured to supply data signals to the plurality of LED elements, respectively; and a common electrode configured to provide a ground to the plurality of LED elements, characterised in that the common electrode is interposed between each of the plurality of signal electrodes to respectively surround three sides of distal ends of each of the plurality of signal electrodes or the plurality of signal electrodes is arranged to respectively surround three sides of distal ends of the common electrode.
A portable electric vibrating machine (100;200;300;400;500) for harvesting fruit, and in particular small fruit, comprising: - a pole (104;504), - a tool head (102;506) provided with an eccentric which rotates about a center of rotation , and is connected at one end, referred to as a distal end, of said pole (104; 504) at a fixation point , and - at least one comb-like member (202;302,304) comprising: • a body (204;306,308) from which a plurality of fingers (206;310,312) extends, and • an elongate opening (208; 314, 316) provided for interacting with said eccentric and creating an oscillating movement of said at least one comb-like member (202; 302,304); characterized in that said fixation point is aligned with said center of rotation in a longitudinal direction of said portable electric vibrating machine (100;200;300;400;500) and in that each comb-like member (202;302,304) is connected to said tool head (102;506) via an individual pivot point (205;307,309) which is: - aligned with said fixation point of said pole on said tool head (102;506) and said center of rotation of said eccentric in said longitudinal direction, and arranged between said fixation point and said center of rotation , or - outside of the alignment of said fixation point of the pole on said tool head (102;506) with said center of rotation of said eccentric in said longitudinal direction. - a pole (104;504), - a tool head (102;506) provided with an eccentric which rotates about a center of rotation , and is connected at one end, referred to as a distal end, of said pole (104; 504) at a fixation point , and - at least one comb-like member (202;302,304) comprising: • a body (204;306,308) from which a plurality of fingers (206;310,312) extends, and • an elongate opening (208; 314, 316) provided for interacting with said eccentric and creating an oscillating movement of said at least one comb-like member (202; 302,304); • a body (204;306,308) from which a plurality of fingers (206;310,312) extends, and • an elongate opening (208; 314, 316) provided for interacting with said eccentric and creating an oscillating movement of said at least one comb-like member (202; 302,304); - aligned with said fixation point of said pole on said tool head (102;506) and said center of rotation of said eccentric in said longitudinal direction, and arranged between said fixation point and said center of rotation , or - outside of the alignment of said fixation point of the pole on said tool head (102;506) with said center of rotation of said eccentric in said longitudinal direction.
A cutter for making dents and fixing insulation with screws to the exterior walls of the buildings and said insulation are predominantly insulation boards made of rock wool, expanded polystyrene (EPS), wood wool and similar, whereby said insulation is fixed to the base material with screws , screwed in plastic sleeves with plates , inserted in holes made in the base material and insulation, characterized in that , said cutter consists of a screwing pole with adjustment holes , a holder of a cutting crown with a fixing screw , said cutting crown is centrally fixed to the lower part of the holder , said cutting crown is cylindrical, open at the bottom and with at least one deformation in the lower rim, functioning as a tooth for insulation cutting, said cutting crown enabling the plate of said plastic sleeve to plunge into the insulation by pressing, and whereby the diameter of the cutting crown is from 2 to 5 percent larger than the diameter of the holder and from 5 to 15 percent larger than the diameter of the plate of the plastic sleeve, and on the screwing pole under the cutting crown a screwdriver extension of the cutter is fixed, whereby the screwing pole has shallow holes along its surface, i being said adjustment holes , which enable the positioning of the cutter along the screwing pole and by that the adjustment of the depth, to which the screwdriver extension can reach and whereby the height of the holder , i.e. the positioning of the holder along the screwing pole determines the depth of a hole for a plate .
An implementation method for control plane resource migration, comprising: determining , by a first network function entity, NF, to migrate user control plane resources according to load information of the first NF; selecting, by the first NF, a second NF having a same type as the first NF; and sending , by the first NF, a user control plane migration request to the second NF, wherein the user control plane migration request carries identifier information of a user to be migrated; wherein selecting, by the first NF, the second NF having the same type as the first NF comprises: sending, by the first NF, a request for discovering the second NF to a network function repository function, NRF, wherein the request for discovering the second NF carries the load information; and receiving, by the first NF, a response of the NRF, wherein the response carries address information of the second NF, wherein the second NF is selected by the NRF according to the load information. determining , by a first network function entity, NF, to migrate user control plane resources according to load information of the first NF; selecting, by the first NF, a second NF having a same type as the first NF; and sending , by the first NF, a user control plane migration request to the second NF, wherein the user control plane migration request carries identifier information of a user to be migrated; wherein selecting, by the first NF, the second NF having the same type as the first NF comprises: sending, by the first NF, a request for discovering the second NF to a network function repository function, NRF, wherein the request for discovering the second NF carries the load information; and receiving, by the first NF, a response of the NRF, wherein the response carries address information of the second NF, wherein the second NF is selected by the NRF according to the load information. sending, by the first NF, a request for discovering the second NF to a network function repository function, NRF, wherein the request for discovering the second NF carries the load information; and receiving, by the first NF, a response of the NRF, wherein the response carries address information of the second NF, wherein the second NF is selected by the NRF according to the load information.
A method of manufacturing a terahertz-wave detection element capable of detecting a spatial intensity distribution that an incident terahertz wave has, the method comprising: an oxide formation step of forming an oxide layer (OL1) on one main surface of a first substrate consisting of an electro-optic crystal in which a refractive index at an incident position of a terahertz wave changes in accordance with incident intensity of said terahertz wave at the incident position; a joining step of joining said one main surface of said first substrate and a second substrate that supports said electro-optic crystal layer, by an adhesive consisting of a thermosetting resin; a polishing step of thinning said first substrate of a joined body obtained by said joining step to a thickness equal to or larger than 1 μm and equal to or smaller than 30 μm by polishing said first substrate ; and a segmentation step of obtaining a large number of terahertz-wave detection elements by cutting said joined body into pieces of a predetermined element size, wherein in said oxide formation step, said oxide layer (OL1) is formed such that said first substrate becomes convex to a side of said one main surface by causing a tensile stress to act on said first substrate, characterized in that a thickness of the oxide layer (OL1) is equal to or larger than 10 nm and equal to or smaller than 200 nm. an oxide formation step of forming an oxide layer (OL1) on one main surface of a first substrate consisting of an electro-optic crystal in which a refractive index at an incident position of a terahertz wave changes in accordance with incident intensity of said terahertz wave at the incident position; a joining step of joining said one main surface of said first substrate and a second substrate that supports said electro-optic crystal layer, by an adhesive consisting of a thermosetting resin; a polishing step of thinning said first substrate of a joined body obtained by said joining step to a thickness equal to or larger than 1 μm and equal to or smaller than 30 μm by polishing said first substrate ; and a segmentation step of obtaining a large number of terahertz-wave detection elements by cutting said joined body into pieces of a predetermined element size, wherein in said oxide formation step, said oxide layer (OL1) is formed such that said first substrate becomes convex to a side of said one main surface by causing a tensile stress to act on said first substrate, characterized in that a thickness of the oxide layer (OL1) is equal to or larger than 10 nm and equal to or smaller than 200 nm.
Touch-sensitive operating display for setting a program of a household appliance , wherein the household appliance has multiple different programs, in particular, cleaning programs, each of which can be defined using multiple parameters that are interdependent, - wherein the operating display has multiple display areas arranged in a circular or triangular shape, each of which represents a parameter, - wherein the operating display is set up in such a manner that the parameters of the display areas can be changed by touching the operating display, and changing a parameter of one display area leads to the simultaneous change of a parameter of another display area , - wherein two display areas respectively are adjacent to one another and the operating display is set up in such a way that a boundary between two display areas can be shifted by touching the operating display, whereby a parameter of one display area is enlarged and a parameter of the other display area is reduced, - wherein the display areas are arranged on a common circle or triangle, characterised in that - a size of the circle of the display areas arranged in a circular shape depends upon a cleaning performance to be rendered or a size of the triangle of the display areas arranged in a triangular shape depends upon a cleaning agent strength. - wherein the operating display has multiple display areas arranged in a circular or triangular shape, each of which represents a parameter, - wherein the operating display is set up in such a manner that the parameters of the display areas can be changed by touching the operating display, and changing a parameter of one display area leads to the simultaneous change of a parameter of another display area , - wherein two display areas respectively are adjacent to one another and the operating display is set up in such a way that a boundary between two display areas can be shifted by touching the operating display, whereby a parameter of one display area is enlarged and a parameter of the other display area is reduced, - wherein the display areas are arranged on a common circle or triangle, characterised in that - a size of the circle of the display areas arranged in a circular shape depends upon a cleaning performance to be rendered or a size of the triangle of the display areas arranged in a triangular shape depends upon a cleaning agent strength.
A multi-piece radome for a vehicle, the radome comprising: one or more front pieces formed of at least a first resin and collectively defining a decorative feature; and a back piece formed of a non-transparent second resin and defining a specific non-uniform thickness for mitigating electromagnetic attenuation through the radome with respect to a radar device; the one or more front pieces comprise a single cover piece defining a back surface that defines a set of recesses ; and the back piece defines a front surface that defines a set of protrusions that correspond to the set of recesses , wherein the sets of recesses and protrusions form a portion of the decorative feature; characterized in that the back piece has a center thickness that is less than a thickness towards the outer edges, and the back piece defines a back surface defining a non-linear changing curvature from the center towards the outer edges. one or more front pieces formed of at least a first resin and collectively defining a decorative feature; and a back piece formed of a non-transparent second resin and defining a specific non-uniform thickness for mitigating electromagnetic attenuation through the radome with respect to a radar device; the one or more front pieces comprise a single cover piece defining a back surface that defines a set of recesses ; and the back piece defines a front surface that defines a set of protrusions that correspond to the set of recesses , wherein the sets of recesses and protrusions form a portion of the decorative feature; characterized in that the back piece has a center thickness that is less than a thickness towards the outer edges, and the back piece defines a back surface defining a non-linear changing curvature from the center towards the outer edges.
An image forming apparatus , comprising: an image obtaining unit configured to obtain an image of an identification card; a printing unit ; a utilization purpose entry receiving unit configured to receive an entry of a utilization purpose of a document (100A to 100D) to be printed by the printing unit ; and a control unit configured to overlap a text (110A to 110D) indicating the utilization purpose received by the utilization purpose entry receiving unit , with the image of the identification card, and to instruct the printing unit to print the overlapped text (110A to 110D) and the image of the identification card; characterized by further comprising a judging unit configured to judge whether a first image obtained by the image obtaining unit is the image of the identification card; wherein in a case in which the judging unit judges that the first image is the image of the identification card, the utilization purpose entry receiving unit displays a plurality of predertermined options of the utilization purpose of the document to be printed by the printing unit , and receives the entry of the utilization purpose by receiving a selection of one option among the plurality of displayed options. an image obtaining unit configured to obtain an image of an identification card; a printing unit ; a utilization purpose entry receiving unit configured to receive an entry of a utilization purpose of a document (100A to 100D) to be printed by the printing unit ; and a control unit configured to overlap a text (110A to 110D) indicating the utilization purpose received by the utilization purpose entry receiving unit , with the image of the identification card, and to instruct the printing unit to print the overlapped text (110A to 110D) and the image of the identification card; characterized by further comprising a judging unit configured to judge whether a first image obtained by the image obtaining unit is the image of the identification card; wherein in a case in which the judging unit judges that the first image is the image of the identification card, the utilization purpose entry receiving unit displays a plurality of predertermined options of the utilization purpose of the document to be printed by the printing unit , and receives the entry of the utilization purpose by receiving a selection of one option among the plurality of displayed options.