mhurhangee/ep-ind-claims huggingface dataset:
Rail vehicle wheel set intermediate frame, which is intended for mounting a wheel set without a bogie frame on a car body of a rail vehicle, having: - a plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) for chassis components (5, 6, 7, 8, 9) at predetermined positions, - at least one defined mounting interface for fixing to a sub-frame of a car body of a rail vehicle, - in which the plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) comprises a mounting interface (4a, 4b, 4c) for a wheel set guide, wherein the wheel set guide is used to transmit the longitudinal forces between the wheel set and the wheel set intermediate frame and to guide the wheel set in the track, characterized - in that the plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) comprises a mounting interface for a braking device, wherein the braking device is positioned exactly in relation to the wheels in order to develop a braking effect. - a plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) for chassis components (5, 6, 7, 8, 9) at predetermined positions, - at least one defined mounting interface for fixing to a sub-frame of a car body of a rail vehicle, - in which the plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) comprises a mounting interface (4a, 4b, 4c) for a wheel set guide, wherein the wheel set guide is used to transmit the longitudinal forces between the wheel set and the wheel set intermediate frame and to guide the wheel set in the track, - in that the plurality of mounting interfaces (4a, 4b, 4c, 4d, 4e) comprises a mounting interface for a braking device, wherein the braking device is positioned exactly in relation to the wheels in order to develop a braking effect.
A beer maker comprising: a container including an opening, the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening, the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus; and a capsule attachably/detachably provided in the capsule mounting part, the capsule accommodating materials therein, a water supply flow path through which water is supplied to the capsule mounting part; a supply flow path through which water introduced into the capsule is supplied together with the materials accommodated in the capsule to the accommodating apparatus; and a discharge flow path through which gas generated from the accommodating apparatus in a beer brewing process is discharged; wherein beer maker further comprising: a sealing body attachably/detachably provided in the opening to seal the opening, wherein a through-hole connected to the supply flow path and a discharge hole connected to the discharge flow path are formed in the sealing body; and wherein the accommodating apparatus includes: a stopper part having a flow hole communicating with the through-hole and an exhaust hole communicating with the discharge hole; and a storage part connected to the stopper part, the storage part having a space in which the wort is accommodated, the storage part having a changeable volume. a container including an opening, the container providing a storage space; an accommodating apparatus attachably/detachably provided in the storage space through the opening, the accommodating apparatus providing a space in which wort is stored; a capsule mounting part communicating with the accommodating apparatus; and a capsule attachably/detachably provided in the capsule mounting part, the capsule accommodating materials therein, a water supply flow path through which water is supplied to the capsule mounting part; a supply flow path through which water introduced into the capsule is supplied together with the materials accommodated in the capsule to the accommodating apparatus; and a discharge flow path through which gas generated from the accommodating apparatus in a beer brewing process is discharged; a stopper part having a flow hole communicating with the through-hole and an exhaust hole communicating with the discharge hole; and a storage part connected to the stopper part, the storage part having a space in which the wort is accommodated, the storage part having a changeable volume.
A method for a serving cell controller comprising: transmitting at least one indication to signal a mobile station to perform a first behaviour in respect of some cells of a given radio access technology in terms of at least one of: Notification of Cell Change, NCC, mode; and cell change network control mode; transmitting at least one further indication to signal the mobile station to perform a second behaviour in respect of a defined category of cells of the same given RAT in terms of at least one of: NCC mode; and cell change network control mode; wherein the defined category of cells comprises one or more of: a CSG cell, a cell is controlled by a H(e)NB, an uncontrolled cell, a cell to which inbound handover is known not to be supported, and a cell to which inbound handover is known to be supported. transmitting at least one indication to signal a mobile station to perform a first behaviour in respect of some cells of a given radio access technology in terms of at least one of: Notification of Cell Change, NCC, mode; and cell change network control mode; transmitting at least one further indication to signal the mobile station to perform a second behaviour in respect of a defined category of cells of the same given RAT in terms of at least one of: NCC mode; and cell change network control mode; wherein the defined category of cells comprises one or more of: a CSG cell, a cell is controlled by a H(e)NB, an uncontrolled cell, a cell to which inbound handover is known not to be supported, and a cell to which inbound handover is known to be supported. NCC mode; and cell change network control mode; wherein the defined category of cells comprises one or more of: a CSG cell, a cell is controlled by a H(e)NB, an uncontrolled cell, a cell to which inbound handover is known not to be supported, and a cell to which inbound handover is known to be supported.
Coating device for coating components with a coating agent, namely for painting motor vehicle body components with a paint, with a) a multi-axis coating robot with a multi-axis robot hand axis, and with b) a first printhead which emits a narrowly limited jet of coating agent during operation in contrast to a spray mist, with b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle, b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, characterized by c) a time control for time-controlled rinsing of the first printhead with a rinsing agent, d) wherein the time control d1) triggers a rinsing process of the first printhead each after expiration of a predetermined rinsing interval has expired, and/or d2) triggers a rinsing process of the first printhead each after expiration of a predetermined standstill period of a conveyor conveying the components to be coated has elapsed. a) a multi-axis coating robot with a multi-axis robot hand axis, and with b) a first printhead which emits a narrowly limited jet of coating agent during operation in contrast to a spray mist, with b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle, b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, characterized by b1) at least one nozzle for delivering a coating agent jet of the coating agent from the nozzle onto the surface of the component to be coated, and b2) at least one printhead valve for controlling the release of the coating agent through the nozzle, b3) wherein the first printhead is mounted on the coating robot and is guided by the coating robot over the surface of the component to be coated, c) a time control for time-controlled rinsing of the first printhead with a rinsing agent, d) wherein the time control d1) triggers a rinsing process of the first printhead each after expiration of a predetermined rinsing interval has expired, and/or d2) triggers a rinsing process of the first printhead each after expiration of a predetermined standstill period of a conveyor conveying the components to be coated has elapsed. d1) triggers a rinsing process of the first printhead each after expiration of a predetermined rinsing interval has expired, and/or d2) triggers a rinsing process of the first printhead each after expiration of a predetermined standstill period of a conveyor conveying the components to be coated has elapsed.
A magnetic field sensor, comprising: at least one magnetic field sensing element configured to generate a measured magnetic field signal responsive to an external magnetic field and to generate a reference magnetic field signal responsive to a reference magnetic field; at least one analog-to-digital converter responsive to the measured magnetic field signal to generate a digital measured magnetic field signal and responsive to the reference magnetic field signal to generate a digital reference magnetic field signal; and a calibration circuit responsive to the digital measured magnetic field signal and to the digital reference magnetic field signal to combine the digital measured magnetic field signal and the digital reference magnetic field signal in order to generate a calibrated magnetic field signal, characterised in that the calibration circuit comprises a divider configured to divide the digital measured magnetic field signal by the digital reference magnetic field signal to generate the calibrated magnetic field signal. at least one magnetic field sensing element configured to generate a measured magnetic field signal responsive to an external magnetic field and to generate a reference magnetic field signal responsive to a reference magnetic field; at least one analog-to-digital converter responsive to the measured magnetic field signal to generate a digital measured magnetic field signal and responsive to the reference magnetic field signal to generate a digital reference magnetic field signal; and a calibration circuit responsive to the digital measured magnetic field signal and to the digital reference magnetic field signal to combine the digital measured magnetic field signal and the digital reference magnetic field signal in order to generate a calibrated magnetic field signal, characterised in that the calibration circuit comprises a divider configured to divide the digital measured magnetic field signal by the digital reference magnetic field signal to generate the calibrated magnetic field signal.
Cleaning device for a vehicle, with which at least one cleaning location (12, 13, 14) can be cleaned as needed and selectively with pressurized cleaning liquid and/or pressurized ambient air, comprising: an air path (LP, LP I, LP II), which feeds the pressurized ambient air selectively to a cleaning liquid tank and/or to a fluid distribution device, the fluid distribution device being fluidically connected to the cleaning location (12, 13, 14), the cleaning liquid tank being fluidically connected to the fluid distribution device for the preconveyance of the pressurized cleaning liquid into the fluid distribution device via a liquid path, and a compressed-air source for pressurizing the air path (LP, LP I, LP II), characterized in that, at a branch point of the air path (LP, LP I, LP II) between the cleaning liquid tank and the fluid distribution device, shut-off and release means are provided which lead the pressurized ambient air selectively into the cleaning liquid tank and/or the fluid distribution device, wherein the shut-off and release means are designed in the form of an adjustable multi-way valve. an air path (LP, LP I, LP II), which feeds the pressurized ambient air selectively to a cleaning liquid tank and/or to a fluid distribution device, the fluid distribution device being fluidically connected to the cleaning location (12, 13, 14), the cleaning liquid tank being fluidically connected to the fluid distribution device for the preconveyance of the pressurized cleaning liquid into the fluid distribution device via a liquid path, and a compressed-air source for pressurizing the air path (LP, LP I, LP II), characterized in that, at a branch point of the air path (LP, LP I, LP II) between the cleaning liquid tank and the fluid distribution device, shut-off and release means are provided which lead the pressurized ambient air selectively into the cleaning liquid tank and/or the fluid distribution device, wherein the shut-off and release means are designed in the form of an adjustable multi-way valve.
A method for mounting an evaporator, which is suitable to be used in a refrigerator and which has a metal part and a plastic surface, comprising the steps of: - opening channels on the surface of the metal evaporator body part by means of laser, - placing the surface of the metal evaporator body part, which has said channels opened by means of laser, on the plastic refrigerator cabinet, - fixing the metal evaporator body part on a mounting area with fixtures provided under the plastic refrigerator cabinet, - applying pressure onto said metal evaporator body part with a press comprising a resistance, - ensuring the superficial melting of the plastic refrigerator body by increasing the temperature of the part to a predetermined value, - ensuring that the plastic material formed as a result of superficial melting is filled into the channels opened on the metal evaporator body part, and - forming a physical connection with the cooling system body as the plastic filled into the channels by melting cools down and solidifies. - opening channels on the surface of the metal evaporator body part by means of laser, - placing the surface of the metal evaporator body part, which has said channels opened by means of laser, on the plastic refrigerator cabinet, - fixing the metal evaporator body part on a mounting area with fixtures provided under the plastic refrigerator cabinet, - applying pressure onto said metal evaporator body part with a press comprising a resistance, - ensuring the superficial melting of the plastic refrigerator body by increasing the temperature of the part to a predetermined value, - ensuring that the plastic material formed as a result of superficial melting is filled into the channels opened on the metal evaporator body part, and - forming a physical connection with the cooling system body as the plastic filled into the channels by melting cools down and solidifies.
A method of transmitting a video stream relating to a video, including: a) intercepting a video stream from a server to a video client on a user device; b) throttling onwards transmission of the video stream to the video client such that a buffer for the video stream on the video client remains close to real time playback; c) analysing content within the video of the video stream; and d) performing an action in relation to the onward transmission to the video client as a result of the analysis of the content, wherein the action includes blocking onward transmission of the video stream; wherein the throttling continues during the analysis of the content and ceases when the analysis is complete and wherein the analysis utilises a static image analysis of at least some frames within the video. a) intercepting a video stream from a server to a video client on a user device; b) throttling onwards transmission of the video stream to the video client such that a buffer for the video stream on the video client remains close to real time playback; c) analysing content within the video of the video stream; and d) performing an action in relation to the onward transmission to the video client as a result of the analysis of the content, wherein the action includes blocking onward transmission of the video stream; wherein the throttling continues during the analysis of the content and ceases when the analysis is complete and wherein the analysis utilises a static image analysis of at least some frames within the video.
A connecting system for connecting a metal component and a ceramic matrix composite component comprising: a retaining pin; a first aperture disposed in the metal component; and a second aperture disposed in the ceramic matrix composite component, wherein the first aperture and the second aperture are configured to form a through-hole when the metal component and the ceramic matrix composite component are engaged, characterized in that it further comprises a metal foam bushing, the retaining pin and metal foam bushing being operably arranged within the through-hole to connect the metal component and the ceramic matrix composite component. a retaining pin; a first aperture disposed in the metal component; and a second aperture disposed in the ceramic matrix composite component, wherein the first aperture and the second aperture are configured to form a through-hole when the metal component and the ceramic matrix composite component are engaged, characterized in that it further comprises a metal foam bushing, the retaining pin and metal foam bushing being operably arranged within the through-hole to connect the metal component and the ceramic matrix composite component.
An internal combustion engine, in particular a diesel engine, in particular of a motor vehicle, the internal combustion engine comprising at least one working cylinder and a cylinder head which seals the working cylinder, an injector for fuel injection for the working cylinder being arranged in the cylinder head, wherein a clamping claw is provided for fixing the injector for fuel injection in such a way that one end of the clamping claw clasps the injector with two arms and, using contact surfaces, presses the injector, with sealing effect, against a seat or a seal in the cylinder head, wherein the other end of the clamping claw is supported on the cylinder head on a contact surface, wherein the clamping force of the clamping claw is applied using a claw bolt, which is designed as a through-bolt with a bolt head collar, and using a corresponding threading in the cylinder head, wherein the position of the claw bolt is located between the contact surfaces on the injector and the contact surfaces on the cylinder head, wherein a sleeve is arranged between the bolt head collar of the claw bolt and the clamping claw, characterized in that the claw bolt comprises a lower collar, a middle collar and an upper collar on a shaft, the lower collar centering the clamping claw and the middle collar and the upper collar centering the sleeve. a cylinder head which seals the working cylinder, an injector for fuel injection for the working cylinder being arranged in the cylinder head, wherein a clamping claw is provided for fixing the injector for fuel injection in such a way that one end of the clamping claw clasps the injector with two arms and, using contact surfaces, presses the injector, with sealing effect, against a seat or a seal in the cylinder head, wherein the other end of the clamping claw is supported on the cylinder head on a contact surface, wherein the clamping force of the clamping claw is applied using a claw bolt, which is designed as a through-bolt with a bolt head collar, and using a corresponding threading in the cylinder head, wherein the position of the claw bolt is located between the contact surfaces on the injector and the contact surfaces on the cylinder head, wherein a sleeve is arranged between the bolt head collar of the claw bolt and the clamping claw, characterized in that the claw bolt comprises a lower collar, a middle collar and an upper collar on a shaft, the lower collar centering the clamping claw and the middle collar and the upper collar centering the sleeve.
A washing machine comprising: a cabinet; a tub provided in the cabinet to accommodate wash water; a drain pump provided at a lower side of the tub to discharge the wash water accommodated in the tub to outside of the cabinet; a drain hose configured to guide wash water pumped by the drain pump to outside of the cabinet; and a holder to fix the drain hose to an outer surface of the cabinet, wherein the holder includes a first end comprising a fastening hole, and a second end comprising a hook, wherein the first and second ends are configured to be coupled to each other by passing the hook through the fastening hole such that the holder forms an accommodation hole surrounding the outer circumferential surface of the drain hose; an insertion hole formed at an outer surface of the cabinet through which the hook is inserted to couple the holder to the cabinet; and at least one movement preventing protrusion formed on an inner circumferential surface of the holder to prevent the drain hose from being separated from the holder protruding toward inside of the holder to come into contact with the outer circumferential surface of the drain hose. a cabinet; a tub provided in the cabinet to accommodate wash water; a drain pump provided at a lower side of the tub to discharge the wash water accommodated in the tub to outside of the cabinet; a drain hose configured to guide wash water pumped by the drain pump to outside of the cabinet; and a holder to fix the drain hose to an outer surface of the cabinet, wherein the holder includes a first end comprising a fastening hole, and a second end comprising a hook, wherein the first and second ends are configured to be coupled to each other by passing the hook through the fastening hole such that the holder forms an accommodation hole surrounding the outer circumferential surface of the drain hose; an insertion hole formed at an outer surface of the cabinet through which the hook is inserted to couple the holder to the cabinet; and at least one movement preventing protrusion formed on an inner circumferential surface of the holder to prevent the drain hose from being separated from the holder protruding toward inside of the holder to come into contact with the outer circumferential surface of the drain hose.
A method for determining the presence or absence of a drug of abuse or metabolite thereof in a hair sample comprising: providing a hair sample from a subject; contacting the hair sample with an aqueous solution comprising a reducing agent to result in a test sample; comparing the condition of the hair in the test sample to a control sample; and identifying the hair in the test sample as damaged and thus not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a control sample, the test solution appears discolored or cloudy, or the hair in the test sample appears softer or less rigid as compared to the hair in the control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse is present or absent in the hair sample. providing a hair sample from a subject; contacting the hair sample with an aqueous solution comprising a reducing agent to result in a test sample; comparing the condition of the hair in the test sample to a control sample; and identifying the hair in the test sample as damaged and thus not suitable for drug analyte testing when the hair in the test sample has dissolved in the test sample more rapidly than the hair in a control sample, the test solution appears discolored or cloudy, or the hair in the test sample appears softer or less rigid as compared to the hair in the control sample; and if the hair in the test sample is not identified as not suitable for drug analyte testing, then determine if the drug of abuse is present or absent in the hair sample.