mhurhangee/ep-ind-claims huggingface dataset:
Method for producing a dry fibre composite component with an open structure, comprising the steps of: a) providing a stabilizing device having at least one sonotrode and a moulding tool; b) forming at least one layer of fibres by depositing individual dry fibres on the moulding tool; c) providing binder material in and/or on the layer of fibres; d) continuously carrying out a stabilizing method for stabilizing the layer of fibres formed on the moulding tool and comprising the binder material, with the steps of d1) continuously moving the moulding tool in relation to the sonotrode and d2) applying ultrasonic energy to the layer of fibres; and e) demoulding the consolidated layer of fibres in the non-infused state. a) providing a stabilizing device having at least one sonotrode and a moulding tool; b) forming at least one layer of fibres by depositing individual dry fibres on the moulding tool; c) providing binder material in and/or on the layer of fibres; d) continuously carrying out a stabilizing method for stabilizing the layer of fibres formed on the moulding tool and comprising the binder material, with the steps of d1) continuously moving the moulding tool in relation to the sonotrode and d2) applying ultrasonic energy to the layer of fibres; and d1) continuously moving the moulding tool in relation to the sonotrode and d2) applying ultrasonic energy to the layer of fibres; and e) demoulding the consolidated layer of fibres in the non-infused state.
A fine blanking device for blanking a sheet stock, comprising: a punch, a mother die module having a first die cavity, and a blank-holder module (12, 22) having a second die cavity, wherein both the first and second die cavities (12a, 14a) allowing the punch to enter therein, the fine blanking device being characterized in that a first trough structure is formed on the blank-holder module, wherein the first trough structure is formed, surrounding the second die cavity, on the blank-holder module (12, 22) at a sheet stock contacting side thereof at the edge of the blank-holder module (12, 22) opposing the second die cavity. a punch, a mother die module having a first die cavity, and a blank-holder module (12, 22) having a second die cavity, wherein both the first and second die cavities (12a, 14a) allowing the punch to enter therein, the fine blanking device being characterized in that a first trough structure is formed on the blank-holder module, wherein the first trough structure is formed, surrounding the second die cavity, on the blank-holder module (12, 22) at a sheet stock contacting side thereof at the edge of the blank-holder module (12, 22) opposing the second die cavity.
A package for housing an optical semiconductor element, comprising: a base body having an optical semiconductor element mounting portion on an upper main surface thereof; a frame body joined to the base body so as to surround the mounting portion; and an optical fiber securing member fitted in a through hole which penetrates through from an inside to an outside of the frame body, a seal ring being joined to an upper surface of the frame body, characterized in that the frame body is formed by bending a single strip-like plate member at several positions, and then bonding one end side and an other end side thereof, the through hole is provided so as to be located at a juncture (2d, 2e) of the one end side and the other end side, a groove which straddles the juncture (2d, 2e) is provided in a part of the seal ring which part is bonded to the juncture (2d, 2e) by flowing a joining material into the groove, and the joining material is continuously interposed in both of the juncture (2d, 2e) of the frame body and a region between an outer peripheral surface of the optical fiber securing member, and the one end side and the other end side. a base body having an optical semiconductor element mounting portion on an upper main surface thereof; a frame body joined to the base body so as to surround the mounting portion; and an optical fiber securing member fitted in a through hole which penetrates through from an inside to an outside of the frame body,
A compound, 3-[2-fluoro-5-(2,3-difluoro-6-methoxybenzyloxy)-4-methoxyphenyl]-2,4-dioxo-1,2,3,4- tetrahydrothieno [3,4d]pyrimidine-5-carboxylic acid, represented by formula or a pharmaceutically acceptable salt thereof, for use in a method of treating adenomyosis in a human patient in need thereof, the method comprising administering a therapeutically effective amount of the compound to the patient.
Manipulator system comprising: - a manipulator configured to guide an instrument; - a control means which is configured to control the manipulator in such a way that the instrument is pressed against a human body with a pressing force; - a force reduction input means which is provided separately from the manipulator and is actuatable by an operator for reduction of the pressing force; - wherein the control means is also configured to control the manipulator in such a way that the pressing force is reduced to an amount greater than zero, based on a corresponding actuation of the force reduction input means, characterized in that - the manipulator system is configured to acquire measured values by means of the instrument during the pressing; in that - the manipulator system further comprises a measured value evaluation means which is configured to acquire a quality of the measured values; and in that - the control means is also configured to control the manipulator based on the acquired quality of the measured values. - a manipulator configured to guide an instrument; - a control means which is configured to control the manipulator in such a way that the instrument is pressed against a human body with a pressing force; - a force reduction input means which is provided separately from the manipulator and is actuatable by an operator for reduction of the pressing force; - wherein the control means is also configured to control the manipulator in such a way that the pressing force is reduced to an amount greater than zero, based on a corresponding actuation of the force reduction input means, characterized in that - the manipulator system is configured to acquire measured values by means of the instrument during the pressing; in that - the manipulator system further comprises a measured value evaluation means which is configured to acquire a quality of the measured values; and in that - the control means is also configured to control the manipulator based on the acquired quality of the measured values.
A gluten-free baked good comprising (i) between 1% and 10% by weight pregelatinized waxy cassava starch that is not otherwise modified (ii) a second starch or flour that is not a waxy cassava starch and (iii) a conventional bakery ingredient.
Device for assembling a turbine engine, intended to centre a shaft of a second module relative to a longitudinal axis of a hollow central hub placed at the front of a first module, front and rear being defined relative to the general direction of flow of the gases in the turbine engine, said first module comprises a longitudinal cavity following said axis, opening at the front in said hollow hub and passing through the first module following the longitudinal axis to a rear end, said shaft needing to be inserted in said longitudinal cavity through said rear end, comprising a centring element of central axis (X'), comprising ends and configured to be placed in said hollow hub by inserting it through a first of the ends thereof and cooperate with the latter to make the central axis (X') thereof coincide with said longitudinal axis, the device further comprising a guiding tube configured to be able to enter into at least one portion of the longitudinal cavity of the first module, at the rear of the hollow hub, and characterised in that the device is arranged so that the guiding tube slides inside the centring element along said central axis (X'), between a first position, wherein the guiding tube is entirely on the side of the centring element relative to said first end, and a rear position, wherein the guiding tube stands proud from said first end, so as to penetrate into the longitudinal cavity when the centring element is placed in the hollow hub.
Warp-processing textile machine having a first warp beam receiving means and a second warp beam receiving means which differs from the first warp beam receiving means, the first warp beam receiving means and the second warp beam receiving means being connected to one another by a guide track, a start of the guide track on the second warp beam receiving means is arranged higher in the direction of gravity than an end of the guide track on the first warp beam receiving means, characterized in that a warp beam is arranged in the second warp beam receiving means, which warp beam has a first rolling diameter and a second rolling diameter, the second rolling diameter being different from the first rolling diameter and in that the guide track has a first section and a second section, the second section being different from the first section, and in that the first rolling diameter cooperates with the first section and the second rolling diameter cooperates with the second section.
A scalpel body, including an attachment for a removable blade, the removable blade being adapted to make a surgical incision, a spray head (2 0) adapted to operatively deliver a surgical liquid adjacent to the removable blade and onto the surgical incision as a spray proximal to the removable blade, the spray head is integral with the scalpel body and an external connection for allowing the spray head to be connected to an external supply of surgical liquid, wherein the scalpel body further includes a release mechanism to allow for the selective release of surgical liquid from the spray head; and wherein the spay head is configured so that the surgical liquid is operatively delivered as a spray with an axis generally parallel to the blade.
A middle frame assembly of an electronic apparatus, wherein the middle frame assembly comprises: a middle frame, comprising a first surface and a second surface opposite to the first surface and defining a first through hole and a second through hole spaced apart from the first through hole, wherein both the first through hole and the second through hole penetrate the first surface and the second surface; and a bearing plate, comprising: a bearing body having a third surface; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame; and a second extending portion extending from the third surface, spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame. a middle frame, comprising a first surface and a second surface opposite to the first surface and defining a first through hole and a second through hole spaced apart from the first through hole, wherein both the first through hole and the second through hole penetrate the first surface and the second surface; and a bearing plate, comprising: a bearing body having a third surface; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame; and a second extending portion extending from the third surface, spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame. a bearing body having a third surface; a first extending portion extending from the third surface and configured to pass through the first through hole and have an interference fit with the middle frame; and a second extending portion extending from the third surface, spaced apart from the first extending portion and configured to pass through the second through hole and have a clearance fit with the middle frame.
A noise current absorber comprising: a retainer including: a pair of housings (10a, 10b) having opening surfaces; and a connecting portion connecting outer peripheral surfaces of the pair of housings (10a, 10b), wherein the retainer is configured to be at a closed state with the opening surfaces of the pair of housings (10a, 10b) put together and to be at an open state with the opening surfaces of the pair of housings (10a, 10b) separated, and a pair of magnetic bodies shaped by dividing an annular body into two pieces in an axial direction and stored respectively in the pair of housings, parts of wall surfaces constituting the pair of housings being configured as flexible walls capable of deforming, characterized in that the connecting portion is connected to the flexible walls, wherein each of the flexible walls is in a range placed between a plurality of slits and wherein each slit extends to one of the opening surfaces, thereby defining each flexible wall as a respective tongue piece partially independent of the front and back wall surfaces thereof. a pair of housings (10a, 10b) having opening surfaces; and a connecting portion connecting outer peripheral surfaces of the pair of housings (10a, 10b), wherein the retainer is configured to be at a closed state with the opening surfaces of the pair of housings (10a, 10b) put together and to be at an open state with the opening surfaces of the pair of housings (10a, 10b) separated, and a pair of magnetic bodies shaped by dividing an annular body into two pieces in an axial direction and stored respectively in the pair of housings, parts of wall surfaces constituting the pair of housings being configured as flexible walls capable of deforming, characterized in that the connecting portion is connected to the flexible walls, wherein each of the flexible walls is in a range placed between a plurality of slits and wherein each slit extends to one of the opening surfaces, thereby defining each flexible wall as a respective tongue piece partially independent of the front and back wall surfaces thereof. wherein the retainer is configured to be at a closed state with the opening surfaces of the pair of housings (10a, 10b) put together and to be at an open state with the opening surfaces of the pair of housings (10a, 10b) separated, and a pair of magnetic bodies shaped by dividing an annular body into two pieces in an axial direction and stored respectively in the pair of housings, parts of wall surfaces constituting the pair of housings being configured as flexible walls capable of deforming, characterized in that the connecting portion is connected to the flexible walls, wherein each of the flexible walls is in a range placed between a plurality of slits and wherein each slit extends to one of the opening surfaces, thereby defining each flexible wall as a respective tongue piece partially independent of the front and back wall surfaces thereof.
A flexible tank having a tank wall, characterised in that the tank wall comprises a hybrid textile, the hybrid textile comprising: a. a first yarn type that has a tensile modulus above about 30 GPa or tenacity above about 90 cN/Tex or both; and b. a second yarn type that has a breaking elongation above about 10% or tenacity between about 10-90 cN/Tex or both; wherein the first yarn type and the second yarn type are woven together to form a weave pattern; and wherein the first yarn type moves up and down in the weave pattern more than the second yarn type such that the first yarn type has a higher level of crimp than the second yarn type in the weave pattern. a. a first yarn type that has a tensile modulus above about 30 GPa or tenacity above about 90 cN/Tex or both; and b. a second yarn type that has a breaking elongation above about 10% or tenacity between about 10-90 cN/Tex or both; wherein the first yarn type and the second yarn type are woven together to form a weave pattern; and
An image-capture device, comprising: a display configured to render an application interface comprising a first preview of a scene to be captured by the image-capture device, wherein the first preview of the scene comprises at least a first object; circuitry configured to: detect an undesired object in the first preview of the scene based on a selection of the first object; remove the detected undesired object from the first preview of the scene; fill a portion of the first preview of the scene that corresponds to the removed undesired object in the first preview of the scene with at least one of a background region or a foreground region; generate a second preview of the scene based on the remove and the fill; and generate an image of the scene based on the generated second preview, characterized in that the circuitry is further configured to: determine different layers in the first preview of the scene based on at least depth information of the different layers; and remove at least one layer from the different layers based on a selection of the at least one layer. a display configured to render an application interface comprising a first preview of a scene to be captured by the image-capture device, wherein the first preview of the scene comprises at least a first object; circuitry configured to: detect an undesired object in the first preview of the scene based on a selection of the first object; remove the detected undesired object from the first preview of the scene; fill a portion of the first preview of the scene that corresponds to the removed undesired object in the first preview of the scene with at least one of a background region or a foreground region; generate a second preview of the scene based on the remove and the fill; and generate an image of the scene based on the generated second preview, characterized in that the circuitry is further configured to: determine different layers in the first preview of the scene based on at least depth information of the different layers; and remove at least one layer from the different layers based on a selection of the at least one layer. detect an undesired object in the first preview of the scene based on a selection of the first object; remove the detected undesired object from the first preview of the scene; fill a portion of the first preview of the scene that corresponds to the removed undesired object in the first preview of the scene with at least one of a background region or a foreground region; generate a second preview of the scene based on the remove and the fill; and generate an image of the scene based on the generated second preview, characterized in that the circuitry is further configured to: determine different layers in the first preview of the scene based on at least depth information of the different layers; and remove at least one layer from the different layers based on a selection of the at least one layer. determine different layers in the first preview of the scene based on at least depth information of the different layers; and remove at least one layer from the different layers based on a selection of the at least one layer.
A sales stand with side parts, with a back part and with a rising display surface for goods containers, and a screen provided beneath the display surface, wherein the screen is attached to the side parts so that its position can be changed, wherein the screen is mounted to be movable in rotation and displaceable, wherein the screen has openings, and both the lower edge of the display surface and the openings limit the movement of the screen.
A transmitter comprising: a generation unit generating a frame including a plurality of OFDM symbols; and a transmission unit transmitting the generated frame, wherein the generation unit arranges a primary synchronization channel for detecting a symbol timing at an end OFDM symbol of the frame and a secondary synchronization channel for detecting a reception frame at an OFDM symbol preceding the end OFDM symbol, and the generation unit further arranges a cyclic prefix at each of the plurality of OFDM symbols and applies any of specified different cyclic prefix lengths. a generation unit generating a frame including a plurality of OFDM symbols; and a transmission unit transmitting the generated frame, wherein the generation unit arranges a primary synchronization channel for detecting a symbol timing at an end OFDM symbol of the frame and a secondary synchronization channel for detecting a reception frame at an OFDM symbol preceding the end OFDM symbol, and the generation unit further arranges a cyclic prefix at each of the plurality of OFDM symbols and applies any of specified different cyclic prefix lengths.
A dispenser for dispensing a dose of a gaseous, gas borne or droplet substance from a substance source, the dispenser comprising: a body for receiving a substance source, the body having a mouthpiece; and a dose counter for indicating a number of actuations of the dispenser corresponding to a number of doses dispensed from a substance source, or a number of doses remaining in a substance source, the dose counter comprising: a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body; a counter driver for driving the counter, the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter, the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver, characterised in that the body comprises a counter driver guide configured to guide the counter driver in the body so as to prevent rotation of the counter driver about the longitudinal axis; and the counter driver guide comprises a protrusion extending from the body, the protrusion being configured and shaped so as to co-operate with a correspondingly shaped notch in the counter driver. a body for receiving a substance source, the body having a mouthpiece; and a dose counter for indicating a number of actuations of the dispenser corresponding to a number of doses dispensed from a substance source, or a number of doses remaining in a substance source, the dose counter comprising: a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body; a counter driver for driving the counter, the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter, the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver, a counter having indicia, the counter being rotatable within the body in increments about the longitudinal axis of the body; a counter driver for driving the counter, the counter driver being arranged to be reciprocatably moveable within the body in the longitudinal axis in response to an actuation of the dispenser; and a drive mechanism for rotating the counter, the drive mechanism being coupled to the counter driver and configured to rotate the counter in response to longitudinal movement of the counter driver,