mhurhangee/ep-ind-claims huggingface dataset:
A method for producing a molded blank from metal powder using a gel-casting process, wherein a starting mixture for the gel-casting process is made by mixing the metal powder with a liquid and a binder, wherein the starting mixture is thoroughly mixed in a vacuum, wherein the starting mixture is warmed, whereby the gelation starts in the starting mixture and the starting mixture is solidified to a gel-solidified green body, characterized in that starting mixture which is further processed to a dried green body is compressed in a cold-isostatic pressing process.
A method of determining an image compression format, the method comprising: encoding a high-quality image of a 3-dimensional, 3D, stereo image constituted by the high-quality image and a low-quality image, wherein the high-quality image is left image for the 3D stereo image, and the low-quality image is right image for the 3D stereo image; determining an image compression format of the low-quality image based on a spatial resolution of the encoded high-quality image; encoding the low-quality image according to the determined image compression format; transmitting the encoded high-quality image through a first channel as fixed broadcasting channel; and transmitting the encoded low-quality image through a second channel as mobile broadcasting channel, wherein the encoded low-quality image is compressed at low data rate when compared to the encoded high-quality image, wherein the image compression format of the low-quality image is determined as scalable video codec, SVC, when the spatial resolution of the encoded high-quality image exceeds a specific spatial resolution, wherein the image compression format of the low-quality image is determined as advanced video codec, AVC, when the spatial resolution of the encoded high-quality image is lower than the specific spatial resolution. encoding a high-quality image of a 3-dimensional, 3D, stereo image constituted by the high-quality image and a low-quality image, wherein the high-quality image is left image for the 3D stereo image, and the low-quality image is right image for the 3D stereo image; determining an image compression format of the low-quality image based on a spatial resolution of the encoded high-quality image; encoding the low-quality image according to the determined image compression format; transmitting the encoded high-quality image through a first channel as fixed broadcasting channel; and transmitting the encoded low-quality image through a second channel as mobile broadcasting channel, wherein the encoded low-quality image is compressed at low data rate when compared to the encoded high-quality image, wherein the image compression format of the low-quality image is determined as scalable video codec, SVC, when the spatial resolution of the encoded high-quality image exceeds a specific spatial resolution, wherein the image compression format of the low-quality image is determined as advanced video codec, AVC, when the spatial resolution of the encoded high-quality image is lower than the specific spatial resolution.
A method comprising: receiving a command to launch an application; determining a context for the application, the context being defined in a policy; determining whether a configuration is defined for the context, if no configuration is defined for the context, using a default configuration, if a configuration is defined for the context, loading the configuration for the context; executing the application using the configuration; if a change to the configuration is detected, beginning a process for modifying a configuration setting based on the context of the application; classifying the context; classifying the change by type, wherein a change type is a classification of the change as defined in the policy; for each context classification, determining whether the policy specifies how the change type is handled, and if the policy does not specify how the change type is handled, applying a default policy, otherwise applying the policy, wherein the policy or the default policy states stating whether the change is to be saved or disregarded; determining whether to save or disregard the change, if the change is to be saved, storing the change based on the context if defined in the policy or in the default policy and updating the configuration for the context, if the change is to be disregarded disregarding the change based on the context if defined in the policy or the default policy and not storing the change. receiving a command to launch an application; determining a context for the application, the context being defined in a policy; determining whether a configuration is defined for the context, if no configuration is defined for the context, using a default configuration, if a configuration is defined for the context, loading the configuration for the context; executing the application using the configuration; if a change to the configuration is detected, beginning a process for modifying a configuration setting based on the context of the application; classifying the context; classifying the change by type, wherein a change type is a classification of the change as defined in the policy; for each context classification, determining whether the policy specifies how the change type is handled, and if the policy does not specify how the change type is handled, applying a default policy, otherwise applying the policy, wherein the policy or the default policy states stating whether the change is to be saved or disregarded; determining whether to save or disregard the change, if the change is to be saved, storing the change based on the context if defined in the policy or in the default policy and updating the configuration for the context, if the change is to be disregarded disregarding the change based on the context if defined in the policy or the default policy and not storing the change.
A service processing method, comprising: after learning that a terminal leaves a network, a network controller acquiring information of a home forwarding device when the terminal leaves the network; the network controller determining a caching policy flow table, and sending the caching policy flow table to the home forwarding device; wherein, the network controller acquiring information of a home forwarding device when the terminal leaves the network comprises: in a maintained network-wide access device and home forwarding device correspondence table, the network controller searching for a home forwarding device corresponding to a media access control address of an access device when the terminal leaves the network. after learning that a terminal leaves a network, a network controller acquiring information of a home forwarding device when the terminal leaves the network; the network controller determining a caching policy flow table, and sending the caching policy flow table to the home forwarding device; wherein, the network controller acquiring information of a home forwarding device when the terminal leaves the network comprises: in a maintained network-wide access device and home forwarding device correspondence table, the network controller searching for a home forwarding device corresponding to a media access control address of an access device when the terminal leaves the network.
A locking mechanism for locking a first connector with a second connector, comprising: an annular housing having a first side and a second side opposite to the first side; and a locking member received in a slot formed in a side wall of the annular housing and having a first locking portion and a second locking portion, wherein when the first connector is inserted into the annular housing from the first side, a first engagement portion on the first connector is locked with the first locking portion of the locking member; and wherein when the second connector is inserted into the annular housing from the second side, a second engagement portion on the second connector is locked with the second locking portion of the locking member. an annular housing having a first side and a second side opposite to the first side; and a locking member received in a slot formed in a side wall of the annular housing and having a first locking portion and a second locking portion, wherein when the first connector is inserted into the annular housing from the first side, a first engagement portion on the first connector is locked with the first locking portion of the locking member; and wherein when the second connector is inserted into the annular housing from the second side, a second engagement portion on the second connector is locked with the second locking portion of the locking member.
A toner cartridge comprising: a main casing (51; 151) accommodating therein toner and formed with an opening which provides communication between an interior and an exterior of the main casing; a shutter (58; 177) movable between a closed position at which the shutter closes the opening and an open position at which the shutter opens the opening; and a toner seal interposed between the main casing and the shutter when the shutter is positioned at the closed position; and a shutter cover positioned opposite to the main casing with respect to the shutter for covering the shutter and movable between a first position and a second position while the shutter is at the closed position, the shutter cover compressing the toner seal toward the main casing, and providing, at the second position, a compression amount of the toner seal greater than that at the first position characterized by an urging member (191, 122, 141) positioned between the main casing and the shutter cover to urge the shutter cover toward one of the first position and the second position. a main casing (51; 151) accommodating therein toner and formed with an opening which provides communication between an interior and an exterior of the main casing; a shutter (58; 177) movable between a closed position at which the shutter closes the opening and an open position at which the shutter opens the opening; and a toner seal interposed between the main casing and the shutter when the shutter is positioned at the closed position; and a shutter cover positioned opposite to the main casing with respect to the shutter for covering the shutter and movable between a first position and a second position while the shutter is at the closed position, the shutter cover compressing the toner seal toward the main casing, and providing, at the second position, a compression amount of the toner seal greater than that at the first position characterized by an urging member (191, 122, 141) positioned between the main casing and the shutter cover to urge the shutter cover toward one of the first position and the second position.
Refuse collection truck, comprising: - a mobile frame; - at least one component on or at the mobile frame to be energized with a power supply; - a power source on or at the mobile frame for providing the power supply to the component; and - an external connection (11,12) which is connected to the power source and which can be connected to an external installation for selective energizing thereof with the power supply; CHARACTERIZED BY - communication means comprising a conductor associated with the external connection (11, 12) for exchange of use data. - a mobile frame; - at least one component on or at the mobile frame to be energized with a power supply; - a power source on or at the mobile frame for providing the power supply to the component; and - an external connection (11,12) which is connected to the power source and which can be connected to an external installation for selective energizing thereof with the power supply; - communication means comprising a conductor associated with the external connection (11, 12) for exchange of use data.
Balancing adapter for clamping a rotor on a machine part of a balancing machine rotating about an axis of rotation and which contains a base body with a centric receiving opening for the rotor, a collet chuck with clamping elements for releasable mounting of the rotor in the receiving opening and an actuating device for moving the clamping elements between a clamping position and release position, wherein the clamping elements of the collect chuck are supported at a guide surface on the base body and the actuating device comprises a piston which can be axially displaced within a guide sleeve, characterised in that the collet chuck is firmly connected to the piston.
Dampening means for rail-guided door elements, in particular for single-winged or double-winged movable doors which are mounted at at least one guide rail by at least one slide with rollers (14, 15, 16), a dampening element (3, 103) being provided for slowing down purposes, wherein the dampening element consists of a cylinder with a piston rod at which a dog is attached, characterized in that a receiving body for fixing the dampening element is provided, consisting of a housing for the dampening element and two fixed lateral parts (5, 6) which are laterally connected to the housing and form an opening towards the top and bottom, the lateral parts (5, 6) comprising a connecting link guide arranged in pairs for the dog of the dampening element or a free end of the piston rod, so that the slide can be inserted into the opening of the receiving body.
A broadcast transmitter for transmitting a broadcast signal, the broadcast transmitter comprising: an Internet protocol, IP, packet generator configured to generate IP packets including broadcast data for one or more broadcast services; a link layer packet generator configured to generate at least one first link layer packet including the IP packets, to generate at least one second link layer packet including link layer signaling data, and to generate at least one third link layer packet including service acquisition information including information for fast acquisition of the one or more broadcast services, wherein the link layer signaling data includes: header compression information identifying a header compression scheme applied to the IP packets; and mapping information between IP addresses of the IP packets and physical layer pipes, PLPs; and a broadcast signal generator configured to generate the broadcast signal and transmit the broadcast signal through a physical layer which is configured to include one or more PLPs which are mapped to the at least one first, second or third link layer packet and carry the one or more broadcast services. an Internet protocol, IP, packet generator configured to generate IP packets including broadcast data for one or more broadcast services; a link layer packet generator configured to generate at least one first link layer packet including the IP packets, to generate at least one second link layer packet including link layer signaling data, and to generate at least one third link layer packet including service acquisition information including information for fast acquisition of the one or more broadcast services, wherein the link layer signaling data includes: header compression information identifying a header compression scheme applied to the IP packets; and mapping information between IP addresses of the IP packets and physical layer pipes, PLPs; and header compression information identifying a header compression scheme applied to the IP packets; and mapping information between IP addresses of the IP packets and physical layer pipes, PLPs; and a broadcast signal generator configured to generate the broadcast signal and transmit the broadcast signal through a physical layer which is configured to include one or more PLPs which are mapped to the at least one first, second or third link layer packet and carry the one or more broadcast services.
Shaft seal of a shaft, supported in a bearing housing, of a turbomachine between a cavity in the bearing housing and a wheel back space of a rotating wheel of the turbomachine, comprising a rotating wheel-side seal (41, 42) between the bearing housing (30, 31) and the shaft (20, 21) and also a bearing-side seal between the bearing housing (30, 31) and the shaft (20, 21), wherein between the rotating wheel-side seal and the bearing-side seal provision is made for an oil outlet chamber, characterized in that the oil outlet chamber is delimited by a third seal between the bearing housing (30, 31) and the shaft (20, 22), and in that a gas discharge chamber is arranged between the third seal and the rotating wheel-side seal, and an oil drain channel is let into the bearing housing radially outside the oil outlet chamber, wherein at least one oil splashing device is arranged in the region of the oil drain channel, with which oil splashing device the region of the oil drain channel can be splashed with oil.
A waveguide for connecting measurement circuitry to an antenna in a radar level gauge, the waveguide comprising: a first tubular waveguide section having a female connecting portion, the first tubular waveguide section having a first abutment surface on an outer surface; a second tubular waveguide section having a male connecting portion arranged within the female connection portion so that the first and second waveguide portions are movable relative each other in an axial direction and to provide a continuous tubular passage through the waveguide, the second tubular waveguide section having a second abutment surface; and a spring arranged to abut against the first abutment surface and the second abutment surface. a first tubular waveguide section having a female connecting portion, the first tubular waveguide section having a first abutment surface on an outer surface; a second tubular waveguide section having a male connecting portion arranged within the female connection portion so that the first and second waveguide portions are movable relative each other in an axial direction and to provide a continuous tubular passage through the waveguide, the second tubular waveguide section having a second abutment surface; and a spring arranged to abut against the first abutment surface and the second abutment surface.
A method for production of a low pressure liquid carbon dioxide (CO 2) stream, the method comprising: providing a high pressure CO 2 containing stream at a pressure of 60 bar (6 MPa) or greater; dividing the high pressure CO 2 containing stream into a bulk portion and a cooling portion; expanding the cooling portion of the high pressure CO 2 containing stream to reduce the temperature thereof to 0 °C or less; cooling the bulk portion of the high pressure CO 2 containing stream to a temperature of 5 °C or less by passing the bulk portion of the high pressure CO 2 containing stream through a heat exchanger against the expanded cooling portion of the high pressure CO 2 containing stream; and expanding the cooled, bulk portion of the high pressure CO 2 containing stream to a pressure that is 30 bar (3 MPa) or less but is greater than the triple point pressure of CO 2 so as to form the low pressure liquid CO 2 stream. providing a high pressure CO 2 containing stream at a pressure of 60 bar (6 MPa) or greater; dividing the high pressure CO 2 containing stream into a bulk portion and a cooling portion; expanding the cooling portion of the high pressure CO 2 containing stream to reduce the temperature thereof to 0 °C or less; cooling the bulk portion of the high pressure CO 2 containing stream to a temperature of 5 °C or less by passing the bulk portion of the high pressure CO 2 containing stream through a heat exchanger against the expanded cooling portion of the high pressure CO 2 containing stream; and expanding the cooled, bulk portion of the high pressure CO 2 containing stream to a pressure that is 30 bar (3 MPa) or less but is greater than the triple point pressure of CO 2 so as to form the low pressure liquid CO 2 stream.
Optoelectronic component comprising a layer structure comprising an active zone for generating electromagnetic radiation, wherein the active zone is arranged in a first plane, wherein a recess (6, 25) is introduced into the surface of the layer structure, wherein the recess adjoins an end face of the component, wherein the end face is arranged in a second plane, wherein the second plane is arranged substantially perpendicularly to the first plane, wherein the recess (6, 25) comprises a bottom face and a first side face, wherein the first side face is arranged substantially perpendicularly to the end face, wherein the end face constitutes an emission face or mirror face for the electromagnetic radiation, wherein the first side face is arranged in a manner inclined at an angle not equal to 90° with respect to the first plane of the active zone, wherein the bottom face is arranged in the region of the first plane of the active zone, characterized in that the bottom face is arranged in a region of 200 nm above the active zone to a region of 200 nm below the active zone, and the recess comprises a second side face, wherein the second side face is arranged opposite with respect to the first side face, wherein the first side face and the second side face are arranged at a different angle with respect to the first plane of the active zone.
A laundry washing/drying system comprising a drying machine having a condenser which dehumidifies the drying air and a collection tank wherein the condensate formed in the condenser is collected; a washing machine having a tub wherein the washing process is performed, a mains line through which the mains water is taken and at least one feeding line which carries the water to be delivered to the tub; and a delivery line which enables the condensate in the collection tank to be delivered to the washing machine, characterized by a water delivery member having a casing, a mains water inlet pipe which is provided on the casing and through which the mains water coming from the mains line enters, a condensate inlet pipe which is provided on the casing and through which the condensate coming from the delivery line enters, at least one discharge pipe (17, 18) which is provided on the casing and which is connected to the feeding line, a mains water drive wheel which is connected to a shaft, which has a plurality of blades thereon and which rotates together with the shaft as the water coming from mains line hits the first blades, and a condensate drive wheel which is connected to the shaft, which has a plurality of second blades thereon, which rotates with the rotational movement of the shaft so as to move the condensate coming from the delivery line towards the discharge pipe (17, 18) by means of the second blades.
A dual-powered airflow generator with a fan and a microcontroller, comprising: a primary fan motor powered from a primary power source and having a first drive shaft wherein operation of said primary fan motor causes a desired airflow at a design power; and an auxiliary fan motor powered from a secondary power source and having a second drive shaft mechanically coupled to said primary fan motor, wherein said auxiliary fan motor is configured to assist said primary fan motor in causing said desired airflow while said primary fan motor operates from said primary power source at a reduced power; CHARACTERIZED in that power is applied or reduced by the microcontroller to said primary fan motor so that a speed of the fan coupled to said primary and secondary fan motors remains constant. a primary fan motor powered from a primary power source and having a first drive shaft wherein operation of said primary fan motor causes a desired airflow at a design power; and an auxiliary fan motor powered from a secondary power source and having a second drive shaft mechanically coupled to said primary fan motor, wherein said auxiliary fan motor is configured to assist said primary fan motor in causing said desired airflow while said primary fan motor operates from said primary power source at a reduced power; CHARACTERIZED in that power is applied or reduced by the microcontroller to said primary fan motor so that a speed of the fan coupled to said primary and secondary fan motors remains constant.