mhurhangee/ep-ind-claims huggingface dataset:
A medical device comprising: a handle including a wire attachment portion; an actuator movably mounted to the handle, the actuator including a reaction chamber; a plunger movably mounted to the actuator, the plunger including a distal stop with a sheath attachment portion, and a proximal stop located in the reaction chamber; a resilient element located in the reaction chamber, the resilient element including a proximal end movable relative to the plunger; and a force reduction element located in the reaction chamber between the proximal end of the resilient element and a proximal surface of the reaction chamber, wherein: the resilient element biases the plunger distally relative to the actuator; the resilient element is compressible when a proximally-directed force is applied to the plunger; the force reduction element dissipates an amount of the proximally-directed force; the force reduction element is movable relative to the actuator and the resilient element; and the force reduction element includes an annular shape with an opening, a shaft extending proximally from the proximal stop extends through the opening. a handle including a wire attachment portion; an actuator movably mounted to the handle, the actuator including a reaction chamber; a plunger movably mounted to the actuator, the plunger including a distal stop with a sheath attachment portion, and a proximal stop located in the reaction chamber; a resilient element located in the reaction chamber, the resilient element including a proximal end movable relative to the plunger; and a force reduction element located in the reaction chamber between the proximal end of the resilient element and a proximal surface of the reaction chamber, wherein: the resilient element biases the plunger distally relative to the actuator; the resilient element is compressible when a proximally-directed force is applied to the plunger; the force reduction element dissipates an amount of the proximally-directed force; the force reduction element is movable relative to the actuator and the resilient element; and the force reduction element includes an annular shape with an opening, a shaft extending proximally from the proximal stop extends through the opening. the resilient element biases the plunger distally relative to the actuator; the resilient element is compressible when a proximally-directed force is applied to the plunger; the force reduction element dissipates an amount of the proximally-directed force; the force reduction element is movable relative to the actuator and the resilient element; and the force reduction element includes an annular shape with an opening, a shaft extending proximally from the proximal stop extends through the opening.
An evacuation assembly, comprising: an evacuation slide; and a deployment assembly coupled to the evacuation slide and configured such that during a deployment of the evacuation slide a forward portion of a toe end of the evacuation slide contacts a ground surface prior to an aft portion of the toe end of the evacuation slide, wherein the deployment assembly comprises a first asymmetric yoke comprising a first strap and a second strap, wherein the first strap is longer than the second strap, wherein the deployment assembly further comprises a second asymmetric yoke, wherein a first strap of the second asymmetric yoke is longer than a second strap of the second asymmetric yoke; wherein the second asymmetric yoke is located closer to the toe end of the evacuation slide than the first asymmetric yoke; wherein a difference in a length of the first strap of the first asymmetric yoke and a length of the second strap of the first asymmetric yoke is greater than a difference in a length of the first strap of the second asymmetric yoke and a length of the second strap of the second asymmetric yoke. an evacuation slide; and a deployment assembly coupled to the evacuation slide and configured such that during a deployment of the evacuation slide a forward portion of a toe end of the evacuation slide contacts a ground surface prior to an aft portion of the toe end of the evacuation slide, wherein the deployment assembly comprises a first asymmetric yoke comprising a first strap and a second strap, wherein the first strap is longer than the second strap, wherein the deployment assembly further comprises a second asymmetric yoke, wherein a first strap of the second asymmetric yoke is longer than a second strap of the second asymmetric yoke; wherein the second asymmetric yoke is located closer to the toe end of the evacuation slide than the first asymmetric yoke; wherein a difference in a length of the first strap of the first asymmetric yoke and a length of the second strap of the first asymmetric yoke is greater than a difference in a length of the first strap of the second asymmetric yoke and a length of the second strap of the second asymmetric yoke.
Device for determining overrun conditions of a vehicle, in particular of a utility vehicle, having a processing device which serves to determine the overrun conditions, wherein the processing device is suitable for determining an expected occurrence of at least one case of overrun conditions at least as a function of altitude profile data of a section of road which is being travelled on and/or is to be travelled on by the vehicle, - wherein the processing device is suitable for determining the expected occurrence of the at least one case of overrun conditions for a part of a section of road which lies ahead of the vehicle and has a predefined length, - wherein the processing device is suitable for controlling an operating mode of at least one vehicle component as a function of the at least one case of overrun conditions of the vehicle which is determined and which is expected to occur, - wherein the at least one vehicle component is an air conditioning system, - wherein the processing device is suitable for controlling the air conditioning system in such a way that, when the case of overrun conditions which is determined and which is expected to occur occurs, the air conditioning system synchronously carries out an air conditioning operation and - wherein the processing device is suitable for controlling the air conditioning system in such a way that, when overrun conditions of the vehicle are not occurring, the air conditioning operation is also carried out when the air conditioning of the vehicle is absolutely necessary. - wherein the processing device is suitable for determining the expected occurrence of the at least one case of overrun conditions for a part of a section of road which lies ahead of the vehicle and has a predefined length, - wherein the processing device is suitable for controlling an operating mode of at least one vehicle component as a function of the at least one case of overrun conditions of the vehicle which is determined and which is expected to occur, - wherein the at least one vehicle component is an air conditioning system, - wherein the processing device is suitable for controlling the air conditioning system in such a way that, when the case of overrun conditions which is determined and which is expected to occur occurs, the air conditioning system synchronously carries out an air conditioning operation and - wherein the processing device is suitable for controlling the air conditioning system in such a way that, when overrun conditions of the vehicle are not occurring, the air conditioning operation is also carried out when the air conditioning of the vehicle is absolutely necessary.
A lighting system for lighting a space, which lighting system has - means for generating a space illumination over a large area and - means for generating a concentrated, local lighting, - a presence detector for detecting a presence of at least one person in the space, - a control device for controlling the means for generating the space illumination and the means for generating the local lighting, wherein the control device is configured to control the space illumination over a large area automatically as a function of the daylight or as a function of the daytime and to control the local lighting automatically as a function of the presence of at least one person in the space, wherein the means for generating the space illumination are configured to generate a light emission over a large area from the ceiling area of the space and the means for generating the local lighting are configured to generate a working illumination in at least one of several sub-regions (1, 1', 1") located below the ceiling area, furthermore having - a daylight detector for detecting an intensity of a daylight present in the space, characterized in that the control device is configured, to control the means for generating the local lighting in such a manner that: the means for generating the local lighting remain activated, as long as at least one person is present in at least one of the sub-regions (1, 1', 1") and the intensity of the daylight thereby falls below a threshold value, and remain deactivated, as long as the intensity of the daylight exceeds the threshold value, and that the means for generating the space illumination is configured to generate the space illumination in different intensities, wherein the control device is further configured to control the means for generating the space illumination so that with increasing intensity of the daylight the space illumination is generated with increasing intensity. - means for generating a space illumination over a large area and - means for generating a concentrated, local lighting, - a presence detector for detecting a presence of at least one person in the space, - a control device for controlling the means for generating the space illumination and the means for generating the local lighting, - a daylight detector for detecting an intensity of a daylight present in the space,
A secure document comprising: - a fibrous substrate, in particular paper, traversed by at least one opening; - a security thread extending at least partially into the fibrous substrate; - a film closing the opening and at least partially overlapping the security thread, the width of the film being greater than that of the security thread, characterized in that the film has a width greater than or equal to 5 mm and less than or equal to 30 mm, and the security thread is between 2 and 12 mm wide. - a fibrous substrate, in particular paper, traversed by at least one opening; - a security thread extending at least partially into the fibrous substrate; - a film closing the opening and at least partially overlapping the security thread, the width of the film being greater than that of the security thread,
An illumination device incorporated in a camera or attachable and detachable from a camera that emits illumination light for photographing by a camera (1, 101, 201 and 301), comprising: a light emission unit capable of emitting lights of a plurality of different colors and/or lights of a plurality of different light emission amounts as illumination light; and a light emission control unit (92, 192, 292 and 392) that controls the light emission unit, characterised in that the light emission control unit (92, 192, 292 and 392) causes the light emission unit to continuously emit the illumination light while changing the color and/or the light emission amount as time elapses independently of photographing by the camera (1, 101, 201 and 301), such that the light emission control unit (92, 192, 292 and 392) allows a photographer to execute photographing operation at the camera (1, 101, 201 and 301) to take an image of an object when it is being illuminated by the illumination light of a desired color. a light emission unit capable of emitting lights of a plurality of different colors and/or lights of a plurality of different light emission amounts as illumination light; and a light emission control unit (92, 192, 292 and 392) that controls the light emission unit,
A composition that enables self-renewal of pluripotent stem cells grown in vitro, comprising a growth medium and a coating, the coating comprising isolated recombinant laminin-521 (laminin-11) which is free of detectable contaminating laminin chains.
An optical system of a stereo-video endoscope with a sideways viewing direction, comprising a sideways-viewing distal optical assembly and a proximal optical assembly, wherein the distal optical assembly comprises an inlet lens, a deflecting unit designed as a prism unit, and an outlet lens on a common optical axis one after the other in the direction of light incidence, and the proximal optical assembly comprises a left and a right lens system channel (38L, 38R), wherein the lens system channels (38L, 38R) are identically designed and are arranged parallel to each other, and each lens system channel has its own optical axis (LoA, RoA), characterized in that the outlet lens is formed with a light-impermeable coating on the light outlet side facing away from the deflecting unit in the central region of the outlet lens.
Control unit for an electronically controlled pump unit, the control unit being designed to control the pump unit to infuse insulin into a diabetic's body in a substantially continuous way according to a preset infusion schedule as a function of time, - the control unit including an intervention unit (124, 124a), the intervention unit (124, 124a) being designed to to continuously evaluate a glucose indicative input for detecting an actual or expected hypoglycaemia and to execute, in response to an actual or expected hypoglycaemia, a temporary hypoglycaemia intervention, the hypoglycaemia intervention including, for an intervention time interval, overriding the preset infusion schedule by temporarily suspending insulin infusion or temporarily reducing insulin infusion below the preset infusion schedule, - wherein the intervention unit (124, 124a) is designed to adopt its way of operation with respect to executing the hypoglycaemia intervention in accordance with a control signal, the control signal being separate from the blood-glucose indicative input, and - wherein the control unit is designed to automatically generate the control signal as a function of time and/or based on sensor input; and - wherein the control signal is configured to vary a lower intervention threshold. - the control unit including an intervention unit (124, 124a), the intervention unit (124, 124a) being designed to to continuously evaluate a glucose indicative input for detecting an actual or expected hypoglycaemia and to execute, in response to an actual or expected hypoglycaemia, a temporary hypoglycaemia intervention, the hypoglycaemia intervention including, for an intervention time interval, overriding the preset infusion schedule by temporarily suspending insulin infusion or temporarily reducing insulin infusion below the preset infusion schedule, - wherein the intervention unit (124, 124a) is designed to adopt its way of operation with respect to executing the hypoglycaemia intervention in accordance with a control signal, the control signal being separate from the blood-glucose indicative input, and - wherein the control unit is designed to automatically generate the control signal as a function of time and/or based on sensor input; and - wherein the control signal is configured to vary a lower intervention threshold.
Hermetic compressor comprising a suction line, said suction line comprising an acoustic filter, with: at least one acoustic chamber, and at least one outlet path; a nozzle, said nozzle having a fluid inlet area at its first end and a fluid directing area at its second end, the fluid directing area of the nozzle being situated on a portion of a side of the corresponding acoustic chamber; said nozzle comprising at least one part of divergent section related to the main flow of the outflow; said part of divergent section being situated between the at least one fluid inlet area and the at least one fluid directing area; and wherein the part of divergent section, related to the main flow of outflow, comprises the own fluid inlet, which has a smaller area than the fluid directing area; characterized in that the acoustic filter comprises at least one inlet path; said nozzle is fluidly connected to the at least one inlet path via its fluid directing area; said fluid inlet area is in fluid communication with a housing of the hermetic compressor. at least one acoustic chamber, and at least one outlet path; a nozzle, said nozzle having a fluid inlet area at its first end and a fluid directing area at its second end, the fluid directing area of the nozzle being situated on a portion of a side of the corresponding acoustic chamber; said nozzle comprising at least one part of divergent section related to the main flow of the outflow; said part of divergent section being situated between the at least one fluid inlet area and the at least one fluid directing area; and wherein the part of divergent section, related to the main flow of outflow, comprises the own fluid inlet, which has a smaller area than the fluid directing area; characterized in that the acoustic filter comprises at least one inlet path; said nozzle is fluidly connected to the at least one inlet path via its fluid directing area; said fluid inlet area is in fluid communication with a housing of the hermetic compressor.
A transesophageal echocardiography probe, comprising: a handle comprising: a proximal portion; a distal portion; and a handle-mating interface disposed at the distal portion of the handle; and a gastroscope coupled to the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising: a proximal portion; a distal portion; an ultrasonic transducer disposed at the distal portion of the gastroscope and configured to obtain ultrasonic imaging data; a motor and a pull cable coupled to the motor and the distal portion of the gastroscope, wherein the motor is configured to control movement of the distal portion of the gastroscope; and a gastroscope-mating interface disposed at the proximal portion of the gastroscope, wherein the handle and the gastroscope are removably coupled via the handle-mating interface and the gastroscope-mating interface, wherein, when the handle-mating interface and the gastroscope-mating interface are coupled, the handle-mating interface is configured to transmit an electrical signal to the gastroscope via the gastroscope-mating interface to control movement of the distal portion of the gastroscope. a handle comprising: a proximal portion; a distal portion; and a handle-mating interface disposed at the distal portion of the handle; and a proximal portion; a distal portion; and a handle-mating interface disposed at the distal portion of the handle; and a gastroscope coupled to the handle and configured to be positioned within an esophagus of a patient, the gastroscope comprising: a proximal portion; a distal portion; an ultrasonic transducer disposed at the distal portion of the gastroscope and configured to obtain ultrasonic imaging data; a motor and a pull cable coupled to the motor and the distal portion of the gastroscope, wherein the motor is configured to control movement of the distal portion of the gastroscope; and a gastroscope-mating interface disposed at the proximal portion of the gastroscope, a proximal portion; a distal portion; an ultrasonic transducer disposed at the distal portion of the gastroscope and configured to obtain ultrasonic imaging data; a motor and a pull cable coupled to the motor and the distal portion of the gastroscope, wherein the motor is configured to control movement of the distal portion of the gastroscope; and a gastroscope-mating interface disposed at the proximal portion of the gastroscope, wherein the handle and the gastroscope are removably coupled via the handle-mating interface and the gastroscope-mating interface, wherein, when the handle-mating interface and the gastroscope-mating interface are coupled, the handle-mating interface is configured to transmit an electrical signal to the gastroscope via the gastroscope-mating interface to control movement of the distal portion of the gastroscope.
Method for producing a panel with a wood based core, the core being an HDF core, and a surface layer comprising a powder based layer, the powder comprising wood fibres, wear resistant particles and a thermosetting resin, wherein the method comprises the steps of: • curing and connecting the surface layer to the core while applying heat and pressure in a first main pressing step, thus raising a temperature of the surface layer above an initial temperature; • applying a bending force on the panel after the first main pressing step to bend the panel such that an uppermost surface of the panel is convex and a lowermost surface of the panel is concave while the panel is still above the initial temperature, wherein the bending force is applied to at least two opposite edge portions of the panel; and • releasing the bending force such that the panel springs back to an essentially flat shape. • curing and connecting the surface layer to the core while applying heat and pressure in a first main pressing step, thus raising a temperature of the surface layer above an initial temperature; • applying a bending force on the panel after the first main pressing step to bend the panel such that an uppermost surface of the panel is convex and a lowermost surface of the panel is concave while the panel is still above the initial temperature, wherein the bending force is applied to at least two opposite edge portions of the panel; and • releasing the bending force such that the panel springs back to an essentially flat shape.
A system, comprising: a support structure including a cavity surface and an aperture, the cavity surface at least partially forming a boundary of a cavity, and the aperture extending partially into the support structure from the cavity surface; and a nozzle including a mount, a neck and a head, the mount seated within the aperture, the neck connected to the mount and extending axially along a centerline away from the surface to the head, and the head configured to inject fluid out of the nozzle and into the cavity, wherein the system further comprises a turbine engine component in the cavity, wherein the nozzle comprises a lubricant nozzle, and wherein the nozzle is configured to direct lubricant onto the turbine engine component. a support structure including a cavity surface and an aperture, the cavity surface at least partially forming a boundary of a cavity, and the aperture extending partially into the support structure from the cavity surface; and a nozzle including a mount, a neck and a head, the mount seated within the aperture, the neck connected to the mount and extending axially along a centerline away from the surface to the head, and the head configured to inject fluid out of the nozzle and into the cavity, wherein the system further comprises a turbine engine component in the cavity, wherein the nozzle comprises a lubricant nozzle, and wherein the nozzle is configured to direct lubricant onto the turbine engine component.