mhurhangee/ep-ind-claims huggingface dataset:
An endoscope apparatus comprising: a light source unit for illumination light adapted to generate illumination light used to illuminate a subject; an auxiliary measurement light-emitting unit adapted to emit auxiliary measurement light; a light source control unit adapted to allow the illumination light to be continuously emitted and to allow the auxiliary measurement light to be emitted in the form of a pulse at a specific frame interval; an imaging element adapted to image the subject; a signal processing unit adapted to generate a first taken image obtained through the imaging of the subject illuminated with only the illumination light and generates a second taken image obtained through the imaging of the subject illuminated with the illumination light and the auxiliary measurement light; and a display control unit; characterized in that the display control unit is adapted to allow a display unit to display a specific image where a measurement marker obtained from the second taken image is displayed in the first taken image. a light source unit for illumination light adapted to generate illumination light used to illuminate a subject; an auxiliary measurement light-emitting unit adapted to emit auxiliary measurement light; a light source control unit adapted to allow the illumination light to be continuously emitted and to allow the auxiliary measurement light to be emitted in the form of a pulse at a specific frame interval; an imaging element adapted to image the subject; a signal processing unit adapted to generate a first taken image obtained through the imaging of the subject illuminated with only the illumination light and generates a second taken image obtained through the imaging of the subject illuminated with the illumination light and the auxiliary measurement light; and a display control unit; characterized in that the display control unit is adapted to allow a display unit to display a specific image where a measurement marker obtained from the second taken image is displayed in the first taken image.
A method for a default Quality of Service, QoS control, the method comprises: determining, by a Session Management Function, SMF, entity, a target Policy and Charging Control, PCC, rule from at least one PCC rule sent by a Policy Control Function, PCF, entity; wherein the PCC rule belongs to one Protocol Data Unit, PDU, session established for a User Equipment, UE; generating, by the SMF entity, a default QoS rule corresponding to the one PDU session according to the target PCC rule, and sending the default QoS rule to the UE; characterized in that, before the SMF entity determines the target PCC rule from the at least one PCC rule sent by the PCF entity, the method further comprises: receiving, by the SMF entity, a session level parameter sent by the PCF entity; the determining, by the SMF entity, the target PCC rule from at least one PCC rule sent by the PCF entity, comprises: determining, by the SMF entity, a first type of information corresponding to the session level parameter in each PCC rule; and determining a PCC rule in which the first type of information is same as the session level parameter as the target PCC rule. determining, by a Session Management Function, SMF, entity, a target Policy and Charging Control, PCC, rule from at least one PCC rule sent by a Policy Control Function, PCF, entity; wherein the PCC rule belongs to one Protocol Data Unit, PDU, session established for a User Equipment, UE; generating, by the SMF entity, a default QoS rule corresponding to the one PDU session according to the target PCC rule, and sending the default QoS rule to the UE; before the SMF entity determines the target PCC rule from the at least one PCC rule sent by the PCF entity, the method further comprises: receiving, by the SMF entity, a session level parameter sent by the PCF entity; the determining, by the SMF entity, the target PCC rule from at least one PCC rule sent by the PCF entity, comprises: determining, by the SMF entity, a first type of information corresponding to the session level parameter in each PCC rule; and determining a PCC rule in which the first type of information is same as the session level parameter as the target PCC rule.
A high pressure delivery system for delivering a medicament, comprising: a vial for storing a supply of the said medicament; a syringe that is configured to inject air into said vial: a dose setting mechanism connected to said syringe to regulate an amount of said air in said syringe, said amount of said air corresponding to a dose of medicament to be delivered; a syringe plunger connected to said syringe, said syringe plunger being configured to inject said amount of air into said vial causing a pressure for delivering said set dose of medicament; a gear pump assembly in fluid communication with said vial, said gear pump assembly having a dose inlet and a dose discharge, said dose inlet having a larger diameter than said dose discharge to provide a high pressure discharge; and a fluid connection path in fluid communication with said gear pump assembly for delivering said medicament dose to a high pressure area, wherein operation of said syringe plunger causes operation of said gear pump assembly, thereby injecting said amount of air into said vial and drawing said set dose of medicament from said vial through said gear pump assembly to said fluid connection path. a dose setting mechanism connected to said syringe to regulate an amount of said air in said syringe, said amount of said air corresponding to a dose of medicament to be delivered; a syringe plunger connected to said syringe, said syringe plunger being configured to inject said amount of air into said vial causing a pressure for delivering said set dose of medicament; a gear pump assembly in fluid communication with said vial, said gear pump assembly having a dose inlet and a dose discharge, said dose inlet having a larger diameter than said dose discharge to provide a high pressure discharge; and a fluid connection path in fluid communication with said gear pump assembly for delivering said medicament dose to a high pressure area, wherein operation of said syringe plunger causes operation of said gear pump assembly, thereby injecting said amount of air into said vial and drawing said set dose of medicament from said vial through said gear pump assembly to said fluid connection path.
A collimating lens that is rotationally symmetric around an axis, comprising: a first body portion comprising an outer surface having at least one recess arranged to receive a plurality of light sources (5, 5') and an inner surface opposing the outer surface, said inner surface delimiting a cavity and tapering inwardly into the first body portion; a second body portion extending from the first body portion opposite said cavity and terminating in a light exit window, said second body portion having a further outer surface extending between the outer surface of the first body portion and the light exit window and expanding away from the first body portion; wherein the outer surface of the first body portion comprises: a first surface portion in between the at least one recess and the further outer surface arranged to reflect incident light from the at least one light source (5, 5') onto the further outer surface, wherein the further outer surface is arranged to reflect said light towards the light exit window; and a second surface portion in between the at least one recess and the inner surface arranged to reflect incident light from the at least one light source (5, 5') towards the light exit window via the inner surface. a first body portion comprising an outer surface having at least one recess arranged to receive a plurality of light sources (5, 5') and an inner surface opposing the outer surface, said inner surface delimiting a cavity and tapering inwardly into the first body portion; a second body portion extending from the first body portion opposite said cavity and terminating in a light exit window, said second body portion having a further outer surface extending between the outer surface of the first body portion and the light exit window and expanding away from the first body portion; wherein the outer surface of the first body portion comprises: a first surface portion in between the at least one recess and the further outer surface arranged to reflect incident light from the at least one light source (5, 5') onto the further outer surface, wherein the further outer surface is arranged to reflect said light towards the light exit window; and a second surface portion in between the at least one recess and the inner surface arranged to reflect incident light from the at least one light source (5, 5') towards the light exit window via the inner surface. a first surface portion in between the at least one recess and the further outer surface arranged to reflect incident light from the at least one light source (5, 5') onto the further outer surface, wherein the further outer surface is arranged to reflect said light towards the light exit window; and a second surface portion in between the at least one recess and the inner surface arranged to reflect incident light from the at least one light source (5, 5') towards the light exit window via the inner surface.
A method for information display, the method comprising: determining a distance to an object relative to a display system; calculating a focal length for displaying a first annotation with a display of the display system based on the distance; receiving a multiview viewport for a plurality of views, the multiview viewport defining a field of view displayable by the display, each of the plurality of views defining a respective virtual camera angle; receiving a respective model view projection for each respective view of the plurality of views, the respective model view projection defining how the first annotation is rendered for the respective view; generating a respective viewport for each respective view of the plurality of views, the respective viewports being portions of the multiview viewport; generating a respective model view projection for each respective view of the plurality of views; storing first commands that are specific to each respective view of the plurality of views in a respective first level buffer for each respective view of the plurality of views; storing second commands that are common to each respective view of the plurality of views in a second level buffer, wherein the first commands in the respective first level buffers call the second commands in the second level buffer; rendering the first annotation at the plurality of views at the focal length by executing the respective first level buffers for each of the plurality of views; and displaying, with the display, the first annotation at the focal length. determining a distance to an object relative to a display system; calculating a focal length for displaying a first annotation with a display of the display system based on the distance; receiving a multiview viewport for a plurality of views, the multiview viewport defining a field of view displayable by the display, each of the plurality of views defining a respective virtual camera angle; receiving a respective model view projection for each respective view of the plurality of views, the respective model view projection defining how the first annotation is rendered for the respective view; generating a respective viewport for each respective view of the plurality of views, the respective viewports being portions of the multiview viewport; generating a respective model view projection for each respective view of the plurality of views; storing first commands that are specific to each respective view of the plurality of views in a respective first level buffer for each respective view of the plurality of views; storing second commands that are common to each respective view of the plurality of views in a second level buffer, wherein the first commands in the respective first level buffers call the second commands in the second level buffer; rendering the first annotation at the plurality of views at the focal length by executing the respective first level buffers for each of the plurality of views; and displaying, with the display, the first annotation at the focal length.
Method, preferably a microprocessor controlled method, for carrying out a verification and/or a calibration test on a pressure sensor, the method comprising the steps of: - fluidly connecting the pressure sensor to a first fluid storage vessel; - fluidly connecting the pressure sensor to a second fluid storage vessel; - providing an initial fluid pressure p 0 at the pressure sensor, the first fluid storage vessel and the second fluid storage vessel; - carrying out a pressure measurement of the initial fluid pressure p 0 at a time t 0 by means of the pressure sensor; - fluidly disconnecting the second fluid storage vessel from the pressure sensor and the first fluid storage vessel; - providing a first fluid pressure p 1 at the first fluid storage vessel; - carrying out a pressure measurement of the first fluid pressure p 1 at a time t1 by means of the pressure sensor; - fluidly connecting the second fluid storage vessel with the pressure sensor and the first fluid storage vessel, so that a second fluid pressure p 2 is provided at the pressure sensor, wherein the second fluid pressure is between the initial fluid pressure p 0 and the first fluid pressure p 1; - carrying out a pressure measurement of the second fluid pressure p 2 at a time t 2 by means of the pressure sensor. - fluidly connecting the pressure sensor to a first fluid storage vessel; - fluidly connecting the pressure sensor to a second fluid storage vessel; - providing an initial fluid pressure p 0 at the pressure sensor, the first fluid storage vessel and the second fluid storage vessel; - carrying out a pressure measurement of the initial fluid pressure p 0 at a time t 0 by means of the pressure sensor; - fluidly disconnecting the second fluid storage vessel from the pressure sensor and the first fluid storage vessel; - providing a first fluid pressure p 1 at the first fluid storage vessel; - carrying out a pressure measurement of the first fluid pressure p 1 at a time t1 by means of the pressure sensor; - fluidly connecting the second fluid storage vessel with the pressure sensor and the first fluid storage vessel, so that a second fluid pressure p 2 is provided at the pressure sensor, wherein the second fluid pressure is between the initial fluid pressure p 0 and the first fluid pressure p 1; - carrying out a pressure measurement of the second fluid pressure p 2 at a time t 2 by means of the pressure sensor.
Manufacturing method for manufacturing a hydrogen receptacle wall component, comprising the steps of: a) providing a wall material made from fibre reinforced composite material, b) coating the wall material with a graphene layer, and c) forming the hydrogen receptacle wall component from the wall material, characterized in that step b) is conducted before step c),, wherein step a) comprises: a1) providing a tape made from fibre reinforced composite material, in that step b) comprises. b1) covering one side of the tape from fibre reinforced composite material with graphene, and in that step c) comprises c1) applying several layers of wall material onto a forming tool, especially a mandrel, wherein a first layer in form of the tape coated with graphene is applied with the graphene coated side contacting the forming tool. a) providing a wall material made from fibre reinforced composite material, b) coating the wall material with a graphene layer, and c) forming the hydrogen receptacle wall component from the wall material, characterized in that step b) is conducted before step c),, a1) providing a tape made from fibre reinforced composite material, in that step b) comprises. b1) covering one side of the tape from fibre reinforced composite material with graphene, and in that step c) comprises c1) applying several layers of wall material onto a forming tool, especially a mandrel, wherein a first layer in form of the tape coated with graphene is applied with the graphene coated side contacting the forming tool.
Mixture-formation unit having a main body in which an intake-channel portion is formed, wherein the intake-channel portion extends from a first end face of the main body to a second end face of the main body, wherein the mixture-formation unit has at least one channel which opens out into the intake-channel portion, and wherein, in the channel, a component of the mixture-formation unit is arranged, which component has a check valve, wherein the mixture-formation unit has at least one fuel opening which opens out into the intake-channel portion and which is formed on a fuel nozzle, wherein the fuel nozzle forms the component arranged in the channel, wherein the fuel opening is a main fuel opening and the fuel nozzle is a main fuel nozzle, and wherein the main fuel opening opens out into the intake-channel portion in the region of a venturi portion, characterized in that the channel extends straight, and in that the channel opens out at the first end face of the main body.
Binocular display, comprising, a pair of spectacles including a frame and two lenses (10A, 10B) supported by the frame, said frame including two temples, a nose rest, a central part connected to said frame above the nose rest, two lateral parts (14A, 14B) securely fastened to said frame in proximity to each temple of the frame and a full or partial rim (12A, 12B) encircling each lens (11A, 11B), each rim (12A, 12B) including two adjusting and fastening means, the binocular display in addition comprising for each eye of the wearer, an optical imager intended to shape optical beams corresponding to an image emitted by a beam-generating device and to direct them toward each eye of the wearer in order to allow an informational content contained in a virtual image to be seen, said fastening and adjusting means being used to carry out moving steps, in order to obtain a superposition of the two virtual images, characterized in that each of said imagers is integrated into said lens (10A, 10B) of said pair of spectacles and in that a first of said fastening and adjusting means consists of two superposed elements (15A, 16A, 15B, 16B) of circular cross-section in the plane of the lens and connected to said central part and a second of said fastening and adjusting means is connected to one of said lateral parts (14A, 14B) and consists of a sphere (17A, 17B) placed in said lateral part (14A, 14B) so as to form a ball and socket joint, said fastening and adjusting means allowing the following moving steps to be carried out: - a first step of rotating at least one lens (10A, 10B) in its plane, in order to obtain two parallel virtual images; - a second step of rotating at least one lens (10A, 10B) about a horizontal axis defined by the straight horizontal line connecting said ball sphere (17A, 17B) and the lower element (16A, 16B) of the first fastening and adjusting means, in order to obtain an alignment with a horizontal axis of the two virtual images; and - a third step of rotating at least one lens (10A, 10B) about an inclined axis defined by the inclined straight line connecting the ball sphere (17A, 17B) and the upper element (15A, 15B) of the first fastening and adjusting means, in order to obtain an alignment with an axis perpendicular to said horizontal axis of the two virtual images. - a first step of rotating at least one lens (10A, 10B) in its plane, in order to obtain two parallel virtual images; - a second step of rotating at least one lens (10A, 10B) about a horizontal axis defined by the straight horizontal line connecting said ball sphere (17A, 17B) and the lower element (16A, 16B) of the first fastening and adjusting means, in order to obtain an alignment with a horizontal axis of the two virtual images; and - a third step of rotating at least one lens (10A, 10B) about an inclined axis defined by the inclined straight line connecting the ball sphere (17A, 17B) and the upper element (15A, 15B) of the first fastening and adjusting means, in order to obtain an alignment with an axis perpendicular to said horizontal axis of the two virtual images.
Eyeglasses comprising a front frame to which two side arms are connected, said eyeglasses comprising electric and/or electronic elements connected to each other by means of an electric circuit, wherein at the areas connecting said arms and the front frame there are provided hinges for articulating said arms, such that each arm is pivotally movable about a pivot axis substantially perpendicular to the longitudinal axis of the arm and to the interpupillary line when the eyeglasses are worn, from an extreme folding position wherein said arm is oriented collapsed against the rear side of the front frame to an extreme deployment position wherein it is moved away from the opposite arm and it is substantially transverse to the extension of the front frame, wherein said electric circuit is composed at least partially of at least one flexible printed circuit, which flexible printed circuit board is housed into a seat formed at least partially inside said front frame and at least partially inside at least one arm, characterized in that at least one of said hinges is shaped such to be provided, at the extrados side, with a first, curved and seamless resting surface, such that, when pivoting the arm from said extreme deployment position to said extreme folding position, said resting surface contacts a more and more large portion of said printed circuit, pulling out a predetermined portion of said printed circuit from said front frame and/or from said arm by dragging it, wherein said seat housing said flexible printed circuit in said front frame and/or in at least one arm, has at least a widening intended to house said predetermined portion of said flexible printed circuit when the arm is in the deployment position. wherein said electric circuit is composed at least partially of at least one flexible printed circuit, which flexible printed circuit board is housed into a seat formed at least partially inside said front frame and at least partially inside at least one arm, characterized in that at least one of said hinges is shaped such to be provided, at the extrados side, with a first, curved and seamless resting surface, such that, when pivoting the arm from said extreme deployment position to said extreme folding position, said resting surface contacts a more and more large portion of said printed circuit, pulling out a predetermined portion of said printed circuit from said front frame and/or from said arm by dragging it, wherein said seat housing said flexible printed circuit in said front frame and/or in at least one arm, has at least a widening intended to house said predetermined portion of said flexible printed circuit when the arm is in the deployment position.