mhurhangee/ep-ind-claims huggingface dataset:
A stain removal accessory intended to cooperate with a stain removal device for treating a stained area, the stain removal device having a front head, the stain removal accessory comprising: - a permeable container for containing a stain removing material, - a holder to be attached to the front head of the stain removal device for holding the container, the stain removal accessory being adapted to release said stain removing material on the stained area when cooperating with the stain removal device, characterised in that: the stain removal accessory defines a flap-flip piece adapted to take a first position during a step of stain removing in which the flap-flip piece is un-flipped and faces the front head of the stain removal device, so that water and/or steam generated by the stain removal device passes through the container, and a second position during a step of rinsing the stained area in which the flap-flip piece is flipped and does not face the front head of the stain removal device. - a permeable container for containing a stain removing material, - a holder to be attached to the front head of the stain removal device for holding the container, the stain removal accessory being adapted to release said stain removing material on the stained area when cooperating with the stain removal device, characterised in that: the stain removal accessory defines a flap-flip piece adapted to take a first position during a step of stain removing in which the flap-flip piece is un-flipped and faces the front head of the stain removal device, so that water and/or steam generated by the stain removal device passes through the container, and a second position during a step of rinsing the stained area in which the flap-flip piece is flipped and does not face the front head of the stain removal device.
A flying object system comprising: a flying object having an image capturing device, an exterior body on which a capture-dependent image depending on an image captured by the image capturing device is projected, and a flying device that causes the exterior body to fly; and a controller that outputs a signal for projecting the capture-dependent image on the exterior body, characterized in that the flying object further has an azimuth detector that detects an azimuth of the flying object, wherein from azimuth information of the flying object detected by the azimuth detector, the controller determines an image-capturing azimuth in which the capture-dependent image is captured, and based on a positional relationship between the flying object and a plurality of projectors (10a, 10b, 10c, 10d) of a projection device, the controller is configured to cause any one of the plurality of projectors (10a, 10b, 10c, 10d) whose azimuth relative to the flying object corresponds to the image-capturing azimuth to project the capture-dependent image. a flying object having an image capturing device, an exterior body on which a capture-dependent image depending on an image captured by the image capturing device is projected, and a flying device that causes the exterior body to fly; and a controller that outputs a signal for projecting the capture-dependent image on the exterior body, characterized in that the flying object further has an azimuth detector that detects an azimuth of the flying object, wherein from azimuth information of the flying object detected by the azimuth detector, the controller determines an image-capturing azimuth in which the capture-dependent image is captured, and based on a positional relationship between the flying object and a plurality of projectors (10a, 10b, 10c, 10d) of a projection device, the controller is configured to cause any one of the plurality of projectors (10a, 10b, 10c, 10d) whose azimuth relative to the flying object corresponds to the image-capturing azimuth to project the capture-dependent image.
An assembly, comprising: a body having a main surface and a side surface adjacent to the main surface and smaller than the main surface, wherein the side surface is a surface that is perpendicular to or forms an angle other than 90 degrees to the main surface; and a component bonded to the side surface with an adhesive, wherein the body includes an outlet in the side surface and the component includes an aperture in fluid connection with the outlet, wherein the outlet is in fluid communication with a chamber (90, 240) and the assembly further includes an actuator associated with and configured to change a volume of the chamber, wherein the chamber (90, 240) is disposed in the body, and wherein the actuator is formed on the main surface of the body. characterised in that: the body is formed of single crystalline silicon and the side surface is a laser diced surface that is formed of polysilicon. a body having a main surface and a side surface adjacent to the main surface and smaller than the main surface, wherein the side surface is a surface that is perpendicular to or forms an angle other than 90 degrees to the main surface; and a component bonded to the side surface with an adhesive, wherein the body includes an outlet in the side surface and the component includes an aperture in fluid connection with the outlet, wherein the outlet is in fluid communication with a chamber (90, 240) and the assembly further includes an actuator associated with and configured to change a volume of the chamber, wherein the chamber (90, 240) is disposed in the body, and wherein the actuator is formed on the main surface of the body. characterised in that: the body is formed of single crystalline silicon and the side surface is a laser diced surface that is formed of polysilicon.
A blower, comprising: a housing comprising an air inlet for the air entering in, an AC motor disposed in said housing, an axial fan configured to be driven to rotate about a fan axis and generate an air flow by said AC motor, a blowing tube configured to be coupled to said housing and comprising an air outlet for the air exiting, a duct configured to guide the air flow to said air outlet, wherein said housing and said blowing tube define an air passage which comprises an upstream region between said air inlet and said axial fan and a downstream region between said axial fan and said air outlet, wherein said AC motor is disposed in said upstream region and said duct is disposed in said downstream region, wherein the duct comprises a guiding cone substantially disposed along the moving direction of the air flow in use, a guiding housing that receives the guiding cone and vanes located between the guiding cone and the guiding housing, wherein the guiding housing is received in the housing and is fixedly connected with the housing, wherein the guiding cone comprises an outer shell and a cone cavity inside the outer shell such that an air circulation space is formed between the outer shell of the guiding cone and the guiding housing, wherein the vanes are at least fixedly connected with one of the guiding cone and the guiding housing in a radial direction and substantially distributed at an interval in the air circulation space. a housing comprising an air inlet for the air entering in, an AC motor disposed in said housing, an axial fan configured to be driven to rotate about a fan axis and generate an air flow by said AC motor, a blowing tube configured to be coupled to said housing and comprising an air outlet for the air exiting, a duct configured to guide the air flow to said air outlet, wherein said housing and said blowing tube define an air passage which comprises an upstream region between said air inlet and said axial fan and a downstream region between said axial fan and said air outlet, wherein said AC motor is disposed in said upstream region and said duct is disposed in said downstream region, wherein the duct comprises a guiding cone substantially disposed along the moving direction of the air flow in use, a guiding housing that receives the guiding cone and vanes located between the guiding cone and the guiding housing, wherein the guiding housing is received in the housing and is fixedly connected with the housing, wherein the guiding cone comprises an outer shell and a cone cavity inside the outer shell such that an air circulation space is formed between the outer shell of the guiding cone and the guiding housing, wherein the vanes are at least fixedly connected with one of the guiding cone and the guiding housing in a radial direction and substantially distributed at an interval in the air circulation space.
A glove compartment mainly of a motor vehicle comprising: a repository box; a closing lid; an operating mechanism being attached to the upper surface of said glove compartment; said operating consists of one rotary opening element having an operating nose and a blocking stop; a rotary locking element; a rotating handle which comprises an operating calk and is attached to the supporting frame; and a rotary connecting spindle which comprises an arresting projection and is attached to the supporting frame; where with the said closing lid closed, by lifting the rotating handle the operating calk will apply pressure to the operating nose of the rotary operating element such that the blocking stop disengages from the arresting projection of the rotary connecting spindle, whereby the connecting spindle is allowed to rotate and the closing lid is released and can tilt to the open position, whereas when closing the said closing lid the connecting spindle turns in the opposite direction such that the arresting projection gets above the blocking stop, whereby rotation of the connecting spindle in the first direction is prevented and the closing lid is therefore held in its closed position, and where the said locking element has a nose and by turning the locking element when the closing lid is closed, its nose can slide below the arresting projection thereby blocking rotation of the arresting projection and the connecting spindle even if the rotating handle would be turned. a repository box; a closing lid; an operating mechanism being attached to the upper surface of said glove compartment; said operating consists of one rotary opening element having an operating nose and a blocking stop; a rotary locking element; a rotating handle which comprises an operating calk and is attached to the supporting frame; and a rotary connecting spindle which comprises an arresting projection and is attached to the supporting frame; where with the said closing lid closed, by lifting the rotating handle the operating calk will apply pressure to the operating nose of the rotary operating element such that the blocking stop disengages from the arresting projection of the rotary connecting spindle, whereby the connecting spindle is allowed to rotate and the closing lid is released and can tilt to the open position, whereas when closing the said closing lid the connecting spindle turns in the opposite direction such that the arresting projection gets above the blocking stop, whereby rotation of the connecting spindle in the first direction is prevented and the closing lid is therefore held in its closed position, and where the said locking element has a nose and by turning the locking element when the closing lid is closed, its nose can slide below the arresting projection thereby blocking rotation of the arresting projection and the connecting spindle even if the rotating handle would be turned.
Method for testing a bimetallic switch of a device, in particular a heating device, wherein an induction coil is attached in and/or on the device, the induction coil being used to inductively heat a bimetal of the bimetallic switch, wherein the inductive heating of the bimetal of the bimetallic switch bends the bimetal, said bending actuating a switch, wherein a signal which indicates the functionality of the bimetallic switch is generated, characterized in that the actuation of the switch, in particular the interruption of the electrical signal, initiates a control process of the device, and in that the control process actuates, in particular closes, an element, in particular a gas valve, of the device. wherein the inductive heating of the bimetal of the bimetallic switch bends the bimetal, said bending actuating a switch, wherein a signal which indicates the functionality of the bimetallic switch is generated, characterized in that the actuation of the switch, in particular the interruption of the electrical signal, initiates a control process of the device, and in that the control process actuates, in particular closes, an element, in particular a gas valve, of the device.
Electronic switch, having - a semiconductor switch that can be switched off, - a series circuit, which is arranged parallel to the semiconductor switch that can be switched off and comprises a first resistor, a capacitor and a second resistor, which are arranged in the order resistor-capacitor-resistor, wherein the first and second resistor (4a, b) are jointly constructed as a bifilar resistor, wherein the first and second resistors (4a, b) each have a meandering portion, wherein the meandering portions are arranged relative to each other such that these meanders in turn form a bifilar arrangement. - a semiconductor switch that can be switched off, - a series circuit, which is arranged parallel to the semiconductor switch that can be switched off and comprises a first resistor, a capacitor and a second resistor, which are arranged in the order resistor-capacitor-resistor, wherein the first and second resistor (4a, b) are jointly constructed as a bifilar resistor, wherein the first and second resistors (4a, b) each have a meandering portion, wherein the meandering portions are arranged relative to each other such that these meanders in turn form a bifilar arrangement.
An endoluminal prosthesis for placing in a body passage of a patient comprising a ureteral stent, the ureteral stent comprising a generally tubular housing having a proximal end and a distal end and a lumen longitudinally disposed therethrough, and at least one anchoring mechanism (24, 26) disposed on the tubular housing, characterised in that the prosthesis further comprises at least one hollow fiber tubule disposed within the tubular housing, the at least one hollow fiber tubule comprising an external membrane layer, an internal membrane layer, and a lumen; and wherein the at least one hollow fiber tubule is configured to filter bacteria and salt crystals from urine.
A process to orient a high molecular weight polymer film, formed from molten, dispersed or dissolved state, wherein as a start of this orientation process the film becomes embossed in a pattern of closely spaced dots or thin short lines, thereby becoming oriented within these embossments, whereafter the orientation process is continued in one or more steps by m.d. stretching, t.d. stretching, or combined m.d. and t.d. stretching, whereby the embossed and oriented dots or lines gradually grow and develop until essentially the entire film has become oriented; characterised in that two films become embossed simultaneously, while one is arranged on top of the other.
An apparatus, comprising: at least one processor; and at least one memory comprising computer program code, the at least one memory and computer program code configured, with the at least one processor, to cause the apparatus at least to receive an encrypted new routing identifier with an integrity signature from a security or access management entity, wherein the encrypted new routing identifier is received in a non-access stratum message after authentication of the apparatus is completed; check a validity of the integrity signature using a key; and if the integrity signature is valid, decipher and store the new routing identifier. at least one processor; and at least one memory comprising computer program code, the at least one memory and computer program code configured, with the at least one processor, to cause the apparatus at least to receive an encrypted new routing identifier with an integrity signature from a security or access management entity, wherein the encrypted new routing identifier is received in a non-access stratum message after authentication of the apparatus is completed; check a validity of the integrity signature using a key; and if the integrity signature is valid, decipher and store the new routing identifier.
A gallium nitride-based compound semiconductor light-emitting device comprising a substrate; an n-type semiconductor layer, a light-emitting layer, and a p-type semiconductor layer, the layers being formed of a gallium nitride-based compound semiconductor and being stacked in this order on the substrate; a positive electrode which is provided so as to contact the p-type semiconductor layer; and a negative electrode which is provided so as to contact the n-type semiconductor layer, wherein the positive electrode is a positive electrode having openings, and at least a portion of the surface of the p-type semiconductor layer corresponding to the openings are roughened surfaces whose apical portions are formed from curved surfaces, characterized in that the positive electrode is composed of ITO and a thickness of the positive electrode is from 200 to 500 nm and greater than or equal to half the height of a protruding portion of the roughened surface.
A can comprising: a cylindrical can body comprising only a single homogeneous piece of material and having a curled edge defining a top opening into the body, the body further comprising an inwardly directed bead pressed into and extending around the body adjacent to said edge, and a lid; characterised in that the bead defines a radially inwardly facing sealing surface which is flat in cross-section and has a circular cross-section when viewed axially, and the lid defines an outwardly directed sealing surface abutting the inwardly facing sealing surface presented by the bead in order to seal the lid to the can body. a cylindrical can body comprising only a single homogeneous piece of material and having a curled edge defining a top opening into the body, the body further comprising an inwardly directed bead pressed into and extending around the body adjacent to said edge, and a lid; characterised in that the bead defines a radially inwardly facing sealing surface which is flat in cross-section and has a circular cross-section when viewed axially, and the lid defines an outwardly directed sealing surface abutting the inwardly facing sealing surface presented by the bead in order to seal the lid to the can body.
A method for producing aluminum phosphate comprising: mixing a solution of aluminum chloride and a solution of sodium phosphate tribasic to produce an aluminum phosphate suspension and a supernatant, wherein the solution of sodium phosphate tribasic is added to the solution of aluminum chloride until the pH is in the range of 5.0 to 5.4; settling the aluminum phosphate suspension to produce an aluminum phosphate precipitate wherein the settling step is performed at a temperature in the range of 50 °C to 70 °C, for a period of between 2 days to 5 days; removing the supernatant; sterilizing the aluminum phosphate precipitate, wherein the step of sterilizing comprises heating the aluminum phosphate precipitate to a temperature in excess of 110 °C; and adjusting the pH of the aluminum phosphate precipitate to be in the range of 5.6 to 6.0; wherein after the step of adjusting the pH, the aluminum phosphate precipitate includes particles with a size distribution having a D [v, 0.5] in the range of 3.0 μm to 9.0 μm; and wherein the steps of mixing, settling, removing, sterilizing and adjusting are performed within a closed system. mixing a solution of aluminum chloride and a solution of sodium phosphate tribasic to produce an aluminum phosphate suspension and a supernatant, wherein the solution of sodium phosphate tribasic is added to the solution of aluminum chloride until the pH is in the range of 5.0 to 5.4; settling the aluminum phosphate suspension to produce an aluminum phosphate precipitate wherein the settling step is performed at a temperature in the range of 50 °C to 70 °C, for a period of between 2 days to 5 days; removing the supernatant; sterilizing the aluminum phosphate precipitate, wherein the step of sterilizing comprises heating the aluminum phosphate precipitate to a temperature in excess of 110 °C; and adjusting the pH of the aluminum phosphate precipitate to be in the range of 5.6 to 6.0; wherein after the step of adjusting the pH, the aluminum phosphate precipitate includes particles with a size distribution having a D [v, 0.5] in the range of 3.0 μm to 9.0 μm; and wherein the steps of mixing, settling, removing, sterilizing and adjusting are performed within a closed system.
A user equipment, UE, comprising: a connection establishment unit, adapted to establish a Radio Resource Control, RRC, connection with a macro base station; a reconfiguration message receiving unit, adapted to receive an RRC reconfiguration message sent by the macro base station to the UE after the connection establishment unit has established the RRC connection; and a connection and bearer establishment unit, adapted to establish a user plane connection with a small cell through an air interface based on the RRC reconfiguration message received by the reconfiguration message receiving unit, and establish a data bearer with the small cell on the user plane connection, wherein the data bearer is only used to transmit user plane data between the UE and a core network, CN, element; a unit, adapted to transmit control plane signaling through the established RRC connection to the macro base station; and a unit, adapted to transmit the user plane data between the UE and the CN element only via the data bearer to the small cell either directly to the CN element or through the macro base station. a connection establishment unit, adapted to establish a Radio Resource Control, RRC, connection with a macro base station; a reconfiguration message receiving unit, adapted to receive an RRC reconfiguration message sent by the macro base station to the UE after the connection establishment unit has established the RRC connection; and a connection and bearer establishment unit, adapted to establish a user plane connection with a small cell through an air interface based on the RRC reconfiguration message received by the reconfiguration message receiving unit, and establish a data bearer with the small cell on the user plane connection, wherein the data bearer is only used to transmit user plane data between the UE and a core network, CN, element; a unit, adapted to transmit control plane signaling through the established RRC connection to the macro base station; and a unit, adapted to transmit the user plane data between the UE and the CN element only via the data bearer to the small cell either directly to the CN element or through the macro base station.