mhurhangee/ep-ind-claims huggingface dataset:
An apparatus, comprising: a housing defining a housing passageway configured to receive an insertion member, a vacuum channel and a vacuum chamber, the vacuum channel in fluid communication with the vacuum chamber; an actuator at least partially disposed within the vacuum chamber such that movement of the actuator within the vacuum chamber produces a vacuum; and a head coupled to the housing, the head defining a head passageway in fluid communication with the vacuum channel of the housing, the head having a contact portion configured to contact a surface associated with a target location, the contact portion configured to substantially circumscribe a bodily cavity associated with the target location, a side wall of the contact portion defining a volume that at least partially circumscribes the bodily cavity such that when the contact portion contacts the surface, the side wall and a portion of the surface substantially enclose the volume, the volume in fluid communication with the head passageway such that when the actuator is moved a vacuum force is exerted on the portion of the surface, the apparatus being characterized by the housing defining the vacuum channel and the vacuum chamber. a housing defining a housing passageway configured to receive an insertion member, a vacuum channel and a vacuum chamber, the vacuum channel in fluid communication with the vacuum chamber; an actuator at least partially disposed within the vacuum chamber such that movement of the actuator within the vacuum chamber produces a vacuum; and a head coupled to the housing, the head defining a head passageway in fluid communication with the vacuum channel of the housing, the head having a contact portion configured to contact a surface associated with a target location, the contact portion configured to substantially circumscribe a bodily cavity associated with the target location, a side wall of the contact portion defining a volume that at least partially circumscribes the bodily cavity such that when the contact portion contacts the surface, the side wall and a portion of the surface substantially enclose the volume, the volume in fluid communication with the head passageway such that when the actuator is moved a vacuum force is exerted on the portion of the surface, the apparatus being characterized by the housing defining the vacuum channel and the vacuum chamber.
Thermo-forming packaging machine comprising chain guides for guiding a transport chain for a web-shaped material and a cutting station, where said cutting station comprises a complete cutting tool characterized in that said complete cutting tool is extractable from said thermo-forming packaging machine in the direction P of production and in that said chain guides are arranged freely projecting towards the end of said thermo-forming packaging machine in a region of said cutting station in said direction P of production.
A stopper (100; 200; 300) for a transportation system (1; 5) configured to convey a load, comprising: a stop element configured to contact with the load, wherein the stop element is supported to be capable of pivoting around an axis; a pin movably supported by the stop element, wherein the stop element has a slit or opening configured to support the pin movably along the opening; a lock lever (130; 1130) having a seat (132; 1132) configured to engage with the pin; characterized by a cam (140; 1140) configured to move the pin; and a push rod (150; 2151) connected to the cam (140; 1140), wherein the cam (140; 1140) is configured to disengage the pin from the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from a lock position to an unlock position, and the cam (140; 1140) is configured to engage the pin with the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from the unlock position to the lock position. a stop element configured to contact with the load, wherein the stop element is supported to be capable of pivoting around an axis; a pin movably supported by the stop element, wherein the stop element has a slit or opening configured to support the pin movably along the opening; a lock lever (130; 1130) having a seat (132; 1132) configured to engage with the pin; characterized by a cam (140; 1140) configured to move the pin; and a push rod (150; 2151) connected to the cam (140; 1140), wherein the cam (140; 1140) is configured to disengage the pin from the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from a lock position to an unlock position, and the cam (140; 1140) is configured to engage the pin with the seat (132; 1132) of the lock lever (130; 1130) when the push rod (150; 2151) is moved from the unlock position to the lock position.
An applicator for aligning a screen protector on a portable electronic device with a screen, four edges and a rear face opposite to the screen, the applicator comprising a body with an engagement member (2, 11) and an alignment feature (3, 5), the engagement member being arranged for edgewise engagement with no more than three of the four edges of the device to align the applicator with the device by movement in a direction generally parallel to the plane of the screen such that the alignment feature covers only a portion of the face of the device comprising the screen which is not covered by the screen protector allowing an edge of the screen protector to be located against the alignment feature.
A condenser with a condensing steam flow path, comprising; a plurality of cooling tubes, extending transversely to the steam flow path, for containing and directing a cooling water flow; and an extraction system comprising: a first extraction line, with a first inlet; a second extraction line, with a second inlet located in a region of the condenser that, in operation is configured to be at a lower pressure than the first inlet; an ejector with: a nozzle, having an opening, connected to the first extraction line and adapted to enable fluid extracted through the first extraction line to be used as a motive fluid for the adjustable ejector; and a suction inlet connected to the second extraction line so as to enable evacuation of the second extraction line by the ejector characterised by the ejector being an adjustable ejector and having a flow means to vary a flow of the motive fluid. a plurality of cooling tubes, extending transversely to the steam flow path, for containing and directing a cooling water flow; and an extraction system comprising: a first extraction line, with a first inlet; a second extraction line, with a second inlet located in a region of the condenser that, in operation is configured to be at a lower pressure than the first inlet; an ejector with: a nozzle, having an opening, connected to the first extraction line and adapted to enable fluid extracted through the first extraction line to be used as a motive fluid for the adjustable ejector; and a suction inlet connected to the second extraction line so as to enable evacuation of the second extraction line by the ejector characterised by the ejector being an adjustable ejector and having a flow means to vary a flow of the motive fluid. a first extraction line, with a first inlet; a second extraction line, with a second inlet located in a region of the condenser that, in operation is configured to be at a lower pressure than the first inlet; an ejector with: a nozzle, having an opening, connected to the first extraction line and adapted to enable fluid extracted through the first extraction line to be used as a motive fluid for the adjustable ejector; and a suction inlet connected to the second extraction line so as to enable evacuation of the second extraction line by the ejector characterised by the ejector being an adjustable ejector and having a flow means to vary a flow of the motive fluid. a nozzle, having an opening, connected to the first extraction line and adapted to enable fluid extracted through the first extraction line to be used as a motive fluid for the adjustable ejector; and a suction inlet connected to the second extraction line so as to enable evacuation of the second extraction line by the ejector characterised by the ejector being an adjustable ejector and having a flow means to vary a flow of the motive fluid.
A measurement method, wherein the method comprises: determining, by a communications device, a first reference signal received power based on at least one reference signal received power measurement result on a first non-anchor carrier, wherein the first non-anchor carrier is a carrier on which the communications device receives a paging message from a network device in a serving cell in which the communications device is located; and performing, by the communications device, determining of a criterion S on the serving cell based on the first reference signal received power; characterized in that determining, by a communications device, a first reference signal received power based on at least one reference signal received power measurement result on a first non-anchor carrier comprises: determining, by the communications device based on m reference signal received power measurement results/result on the first non-anchor carrier, m reference signal received power measurement results/result on a first anchor carrier, wherein the first anchor carrier is an anchor carrier of the serving cell, and m is a positive integer; and determining, by the communications device, the first reference signal received power based on M - m reference signal received power measurement results/result on the first anchor carrier and the determined m measurement results/result, wherein the first reference signal received power is a reference signal received power on the first anchor carrier, M is greater than or equal to 2, and M is greater than m. determining, by a communications device, a first reference signal received power based on at least one reference signal received power measurement result on a first non-anchor carrier, wherein the first non-anchor carrier is a carrier on which the communications device receives a paging message from a network device in a serving cell in which the communications device is located; and performing, by the communications device, determining of a criterion S on the serving cell based on the first reference signal received power; characterized in that determining, by a communications device, a first reference signal received power based on at least one reference signal received power measurement result on a first non-anchor carrier comprises: determining, by the communications device based on m reference signal received power measurement results/result on the first non-anchor carrier, m reference signal received power measurement results/result on a first anchor carrier, wherein the first anchor carrier is an anchor carrier of the serving cell, and m is a positive integer; and determining, by the communications device, the first reference signal received power based on M - m reference signal received power measurement results/result on the first anchor carrier and the determined m measurement results/result, wherein the first reference signal received power is a reference signal received power on the first anchor carrier, M is greater than or equal to 2, and M is greater than m.
A fastening device, which is used to fasten one face of a rail foot of an elevator rail relative to a fastening plane, comprises a support region and a contact region, between which the face of the rail foot can be arranged, the contact region facing a lower side of the rail foot and the support region facing a top side of the rail foot, a compensation means being provided, the compensation means having a first element and a second element, which can be moved relative to each other in an adjustment direction used to fasten the face of the rail foot of the elevator rail, the first element and the second element being designed such that, between the contact region and the support region, a holding dimension, viewed perpendicularly to the adjustment direction, in which a zero-backlash fastening of one side of a rail foot is enabled between the contact region and the support region, can be modified by a movement of the first element relative to the second element occurring in the adjustment direction, and the support region being formed on the first element and/or the support region being formed on at least one protrusion formed on the first element, characterized in that at least one first sliding surface that has a constant inclination relative to the adjustment direction is formed on the first element, and in that a second sliding surface that has a constant inclination relative to the adjustment direction is formed on the second element.
Grilling device for grilling grill food, in particular poultry, comprising at least one holding frame, comprising a. exactly one holding frame element and b. two connecting elements (8; 10) being arranged spaced apart from one another by the holding frame element, and c. at least one grill food carrier element arranged on the holding frame for receiving the grill food, wherein the grilling device is rotatable during the grilling process about a vertical longitudinal axis, and the arrangement of the holding frame element and the two connecting elements (8, 10) adjoining it is U-shaped, causing a lateral opening of the holding frame during the grilling process. a. exactly one holding frame element and b. two connecting elements (8; 10) being arranged spaced apart from one another by the holding frame element, and c. at least one grill food carrier element arranged on the holding frame for receiving the grill food,
A luminaire driver for driving a light module of a luminaire; said luminaire driver comprising a driver housing with a first and second power supply input connector element (11, 12) for connection to an electrical distribution grid, and output connector elements (13, 14) for connection to the light module; a driver circuitry arranged inside said driver housing, between said first and second power supply input connector elements and said output connector elements; wherein said driver housing is provided with an equipotential connecting part available at an external surface of said driver housing and intended for being connected to an equipotential part of the luminaire; said luminaire driver further comprising a resistive circuitry arranged inside said driver housing and connected between the equipotential connecting part and the first power supply input connector element.
A therapeutic composition comprising one or more free amino acids selected from lysine, glycine, threonine, valine, tyrosine, aspartic acid, isoleucine, tryptophan, asparagine, and serine; and optionally, therapeutically acceptable carriers, electrolytes, buffering agents, and flavoring agents for use in a method of preventing and/or treating a lung complication induced by radiation, wherein the method comprises administering, to a subject that receives radiation in a chest area at a dose capable of causing lung injury, an effective amount of said composition.
A pyrotechnic actuator having an actuator housing which encloses a cylindrical cavity over the majority of its length, and having a gas generator with igniter, propellant charge and propellant charge housing, wherein the propellant charge housing includes a predetermined breaking point in the form of a reduction in thickness, and wherein the diameter in the region (1") which is located on the side of the predetermined breaking point facing away from the igniter is smaller than the diameter in the region which is located on the side of the predetermined breaking point facing the igniter, characterised in that a piston displaceable in the cylindrical cavity is provided in the actuator housing, in that the predetermined breaking point of the propellant charge housing is located in the cylindrical cavity of the actuator housing, in that on the side of the predetermined breaking point facing away from the igniter the propellant charge housing has a spacing from the inner wall of the actuator housing, and in that upon ignition the region (1") of the propellant charge housing which is located on the side of the predetermined breaking point facing away from the igniter is torn off, and the torn off region (1") of the propellant charge housing drives the piston and seals it from the inner wall of the actuator housing.
An apparatus for checking the security element of a value document, in particular of a bank note, with - at least one sensor for capturing electromagnetic radiation emanating from along a dimension (x, y) of the security element (5, 6) and for generating a sensor signal pattern along said dimension (x, y) of the security element (5, 6), which corresponds to the captured electromagnetic radiation, and - an evaluation device for checking the value document, which is configured to ascertain from the sensor signal pattern a binary signal pattern which has only two different signal values (0, 1) along said one dimension (x, y) of the security element, characterized in that the evaluation device is configured to check the security element (5, 6) with the help of the binary signal pattern with regard to a microwriting of the security element, wherein the evaluation device is configured to check the security element (5, 6) with the help of the binary signal pattern for the presence and/or the arrangement of sections (B, U) of the security element which are inscribed with microwriting and which are uninscribed. - at least one sensor for capturing electromagnetic radiation emanating from along a dimension (x, y) of the security element (5, 6) and for generating a sensor signal pattern along said dimension (x, y) of the security element (5, 6), which corresponds to the captured electromagnetic radiation, and - an evaluation device for checking the value document, which is configured to ascertain from the sensor signal pattern a binary signal pattern which has only two different signal values (0, 1) along said one dimension (x, y) of the security element, characterized in that the evaluation device is configured to check the security element (5, 6) with the help of the binary signal pattern with regard to a microwriting of the security element, wherein the evaluation device is configured to check the security element (5, 6) with the help of the binary signal pattern for the presence and/or the arrangement of sections (B, U) of the security element which are inscribed with microwriting and which are uninscribed.
A method of manufacturing a heat exchanger comprising a body and a support embedded within the body, wherein the support comprises a different material and/or a different material structure to the body and hence has at least one material property which is different to that of the body, the method comprising; forming at least a first portion of the support with a first material and a first material structure using a first additive manufacturing step; and forming at least a first portion of the body with a second material and a second material structure using a second additive manufacturing step; wherein the first material is different to the second material and/or the first material structure is different to the second material structure; characterised in that: the first additive manufacturing step uses a first additive manufacturing technique, and the second additive manufacturing step uses a second additive manufacturing technique which is different to the first additive manufacturing technique; wherein the first additive manufacturing step comprises an extrusion additive manufacturing process being fused deposition modelling, fused filament fabrication, laser cladding or laser deposition; wherein the second additive manufacturing step comprises a powder bed process. forming at least a first portion of the support with a first material and a first material structure using a first additive manufacturing step; and forming at least a first portion of the body with a second material and a second material structure using a second additive manufacturing step; wherein the first material is different to the second material and/or the first material structure is different to the second material structure; characterised in that: the first additive manufacturing step uses a first additive manufacturing technique, and the second additive manufacturing step uses a second additive manufacturing technique which is different to the first additive manufacturing technique; wherein the first additive manufacturing step comprises an extrusion additive manufacturing process being fused deposition modelling, fused filament fabrication, laser cladding or laser deposition; wherein the second additive manufacturing step comprises a powder bed process. the first additive manufacturing step uses a first additive manufacturing technique, and the second additive manufacturing step uses a second additive manufacturing technique which is different to the first additive manufacturing technique; wherein the first additive manufacturing step comprises an extrusion additive manufacturing process being fused deposition modelling, fused filament fabrication, laser cladding or laser deposition; wherein the second additive manufacturing step comprises a powder bed process.
A method of controlling an image forming apparatus which has a plurality of transfer rollers arranged in parallel with a plurality of photoconductors and a transfer belt interposed between the plurality of transfer rollers and the plurality of photoconductors, the method comprising: rotating the transfer belt; interrupting power transmitted to the transfer belt; and controlling the plurality of transfer rollers so as to press the transfer belt toward the plurality of photoconductors; characterized by the rotating of the transfer belt being under the condition that the plurality of transfer rollers does not press the transfer belt toward the plurality of photoconductors; after interrupting the power, standing by until rotation of the transfer belt is stopped; and when rotation of the transfer belt is completely stopped, controlling the plurality of transfer rollers so as to press the transfer belt toward the plurality of photoconductors. rotating the transfer belt; interrupting power transmitted to the transfer belt; and controlling the plurality of transfer rollers so as to press the transfer belt toward the plurality of photoconductors; characterized by the rotating of the transfer belt being under the condition that the plurality of transfer rollers does not press the transfer belt toward the plurality of photoconductors; after interrupting the power, standing by until rotation of the transfer belt is stopped; and when rotation of the transfer belt is completely stopped, controlling the plurality of transfer rollers so as to press the transfer belt toward the plurality of photoconductors.