mhurhangee/ep-ind-claims huggingface dataset:
An insertion tool for inserting a threaded insert within a threaded opening of a support structure comprising: a rotatable mandrel having a mandrel insertion end and a driven end located at opposite ends of a longitudinal axis (A-A) of the mandrel; a first passage formed in the mandrel along a directional axis that is generally perpendicular to the longitudinal axis, the first passage defining a projection slot at an end thereof; a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot, which assembly slot is formed opposite the projection slot, said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection. a rotatable mandrel having a mandrel insertion end and a driven end located at opposite ends of a longitudinal axis (A-A) of the mandrel; a first passage formed in the mandrel along a directional axis that is generally perpendicular to the longitudinal axis, the first passage defining a projection slot at an end thereof; a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot, which assembly slot is formed opposite the projection slot, said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection. a drive projection confined to travel within the first passage along the directional axis, the drive projection including a drive hook for engaging a threaded insert; a bias member engaged with the drive projection such that the bias member urges the drive projection to extend the drive hook proud of the projection slot, the tool characterised in that the mandrel includes an assembly slot, which assembly slot is formed opposite the projection slot, said assembly slot for installation of the drive projection therethrough; and wherein the mandrel is further formed with a stop portion to prevent or limit outward radial projection of the drive projection by engagement with a projection stop formed on the drive projection.
Refrigeration appliance, in particular a household refrigeration appliance, having at least two appliance doors (1, 3), which are disposed one above the other in the appliance height direction (z) and can each be used to close cooling compartments of the refrigeration appliance, and having operating and display elements (16, 18), which are provided in an operating panel, for actuating the refrigeration appliance, as well as an electronic control system housing, wherein the operating and display elements (16, 18) of the refrigeration appliance are disposed on the upper end of the appliance door on its appliance front, wherein the appliance door terminates at its upper end with an upper, horizontal narrow door face, on which an upper door termination strip is provided, wherein the upper narrow door face of the appliance door transitions at a horizontal, upper outer edge into the appliance front and the outer edge is formed by the operating panel and wherein the upper door termination strip of the appliance door has an upwardly exposed visible surface, characterised in that the appliance door is the lower appliance door, and that the upper door termination strip of the lower appliance door has a mounting recess, set back from the visible surface, into which the electronic control system housing is inserted and that the door termination strip is stepped at the front forming the mounting recess, and the mounting recess of the door termination strip is defined by a mounting base and by side walls, the height (h) and depth (t) of which correspond to the height and depth of the electronic control system housing.
Microfibre textile composite having a basic fabric consisting of a carrier layer as a woven fabric, knitted fabric or non-woven fabric made from synthetic and/or natural materials and a foam layer disposed on a surface of the carrier layer and based on polyurethane foam which has an open-pore and breathable structure, characterised in that the microfibre textile composite has a cover layer made of microfibre fabric, which is permeable to water vapour, disposed on the free surface of the foam layer, and a first adhesive layer between the base fabric and the microfibre fabric in order to achieve an accumulation of the respective favourable material properties.
Connection by insertion comprising a first insertion-type connector and a second insertion-type connector, the insertion-type connectors (1, 2) each having at least two contact members, with the contact members of the first insertion-type connector making contact at contact points with the contact members of the second insertion-type connector when the connection by insertion is in the inserted state, the contact members of both insertion-type connectors (1, 2) taking the form of elastically deflectable contact tongues which project into an unoccupied space, of which a first contact tongue of each contact member is part of a centre conductor and a second contact tongue of each contact members is part of an outer conductor which surrounds the centre conductor in a co-axial arrangement, characterised in that contact with each of the contact tongues of the second insertion-type connector is made by a plurality of resilient contact tongues of the first insertion-type connector in a pincer-like fashion.
Apparatus configured and adapted for working and/or processing products, comprising a housing having a work area for accommodating at least one working station, at least one working station within the work area, a movable cover for opening and closing the housing and covering the work area with respect to the surroundings, the or each working station comprising at least one pneumatically actuatable tool, and the tool and the movable cover being operatively connected by means of a safety device in such a way that the opening of the cover inevitably leads to the tool being stopped, characterised in that the safety device comprises a safety valve that is configured to be switchable solely in a mechanical manner and, for that purpose, is operatively connected to the cover at least in an form-fitting and/or frictional manner.
A downhole measurement system, comprising: a source of photons; a position-sensitive detector divided into an array of pixels; a collimator comprising an array of tubes to provide collimation of photons from a first end of the tubes to a second end of the tubes coupled to the position-sensitive detector, wherein individual ones of the array of tubes maintain a fixed mechanical arrangement with individual ones of the array of pixels, wherein a first tube of the array of tubes and a second tube of the array of tubes have different shapes; and a housing, comprising one of a wireline tool or a drilling tool, containing at least one of the source of photons or the detector. a source of photons; a position-sensitive detector divided into an array of pixels; a collimator comprising an array of tubes to provide collimation of photons from a first end of the tubes to a second end of the tubes coupled to the position-sensitive detector, wherein individual ones of the array of tubes maintain a fixed mechanical arrangement with individual ones of the array of pixels, wherein a first tube of the array of tubes and a second tube of the array of tubes have different shapes; and a housing, comprising one of a wireline tool or a drilling tool, containing at least one of the source of photons or the detector.
A coffee mill, in particular for installation in automatic coffee machines, comprising an electric drive motor for driving a grinder, a reduction gearing configured as a planetary gearing being disposed between the drive motor and the grinder, the sun gear of the planetary gearing being driven by the drive motor, characterized in that the planetary gearing has multiple planetary rods disposed around the sun gear in the circumferential direction, the planetary rods comprising a first axial portion which meshes with the sun gear and an axially adjacent second axial portion which has a second diameter, which is different from, preferably smaller than, a first diameter of the first axial portion, the second axial portion meshing with a fixed ring gear, and in that the gear rods are disposed in such a manner that their first axial portions drive an output element.
An active high definition multimedia interface, HDMI, cable connection for transmitting a plurality of transition minimized differential signaling, TMDS, information signals associated with audio and video information, TMDSO, TMDS1, TMDS2, a TMDS clock signal and associated control and power signals, the active HDMI cable connection comprising: a phase alignment element responsive to the plurality of TMDS information signals and the TMDS clock signal to generate a plurality of phase-aligned information signals; an optical modulator responsive to the plurality of phase-aligned information signals generated by the phase alignment element to create a pulse-amplitude modulated, PAM, optical information signal representative of the plurality of TMDS information signals; a single optical fiber coupled at a first end thereof to the output of the optical modulator for supporting the propagation of the PAM optical information signal therealong; a plurality of electrical signal conductors for transmitting the TMDS clock signal and a plurality of HDMI electrical control signals; an optical-to-electrical, O/E, conversion element coupled to a second, opposing end of the single optical fiber for receiving the propagating PAM optical information signal and converting the received PAM optical information signal into an electrical representation; an analog-to-digital conversion, ADC, element responsive to the electrical representation of the PAM optical signal and the received TMDS clock signal to recover therefrom the phase-aligned information signals; and a plurality of TMDS driver elements responsive to the phase-aligned information signals to generate the TMDS information signals. a phase alignment element responsive to the plurality of TMDS information signals and the TMDS clock signal to generate a plurality of phase-aligned information signals; an optical modulator responsive to the plurality of phase-aligned information signals generated by the phase alignment element to create a pulse-amplitude modulated, PAM, optical information signal representative of the plurality of TMDS information signals; a single optical fiber coupled at a first end thereof to the output of the optical modulator for supporting the propagation of the PAM optical information signal therealong; a plurality of electrical signal conductors for transmitting the TMDS clock signal and a plurality of HDMI electrical control signals; an optical-to-electrical, O/E, conversion element coupled to a second, opposing end of the single optical fiber for receiving the propagating PAM optical information signal and converting the received PAM optical information signal into an electrical representation; an analog-to-digital conversion, ADC, element responsive to the electrical representation of the PAM optical signal and the received TMDS clock signal to recover therefrom the phase-aligned information signals; and a plurality of TMDS driver elements responsive to the phase-aligned information signals to generate the TMDS information signals.
A tuning device for a musical instrument, the instrument having: a body; a neck extending out from the instrument's body; the neck having a free end comprising a headstock; the headstock comprising: an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, the tuning device comprising a tuning display; means for engaging the tuning device with one or more of the at least one tuning key; and the tuning device being characterized by having a shape comprising a right-angled triangle fused to an oblong, wherein: the base of the triangle is contiguous with a long side of the oblong; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong; and the tuning display is disposed on the hypotenuse of the triangle, wherein the tuning display is positioned on the tuning device such as to essentially face the instrument's body when the tuning device is both engaged with the one or more tuning key, and entirely disposed above the posterior surface. a body; a neck extending out from the instrument's body; the neck having a free end comprising a headstock; the headstock comprising: an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, an anterior instrument face; a posterior instrument face essentially opposite to the anterior instrument face, and at least one tuning key disposed on the posterior instrument face, the tuning device comprising a tuning display; means for engaging the tuning device with one or more of the at least one tuning key; and the tuning device being characterized by having a shape comprising a right-angled triangle fused to an oblong, wherein: the base of the triangle is contiguous with a long side of the oblong; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong; and the tuning display is disposed on the hypotenuse of the triangle, the base of the triangle is contiguous with a long side of the oblong; a side of the triangle normal to the base is fused to a short side of the oblong and is longer than or equal to the short side of the oblong; and the tuning display is disposed on the hypotenuse of the triangle, wherein the tuning display is positioned on the tuning device such as to essentially face the instrument's body when the tuning device is both engaged with the one or more tuning key, and entirely disposed above the posterior surface.
A method for displaying images on a dimming display in a second bit depth greater than a first bit depth in which the images have been encoded, the method comprising: decoding image data that have been encoded in the first bit depth; obtaining metadata, wherein the metadata include metadata characterizing a mapping of the image data represented in a high dynamic range bit depth to image data represented in the first bit depth, wherein the high dynamic range bit depth is greater than or equal to the second bit depth; identifying, based on the metadata, a tone mapping of the image data represented in the first bit depth and a backlight adjustment of the dimming display which, in combination, recreate or approximate a mapping reverse to the mapping to achieve a determined luminance characteristics of the image; applying the identified tone mapping to map the image data represented in the first bit depth to image data represented in the second bit depth; upon determining that the dimming display is a global dimming display, adjusting the luminance of a backlight of the dimming display based on the identified backlight adjustment; upon determining that the dimming display is a local dimming display, selectively adjusting the luminance of individual elements of the backlight of the dimming display based on the identified backlight adjustment; and displaying the tone mapped image data represented in the second bit depth on the dimming display. decoding image data that have been encoded in the first bit depth; obtaining metadata, wherein the metadata include metadata characterizing a mapping of the image data represented in a high dynamic range bit depth to image data represented in the first bit depth, wherein the high dynamic range bit depth is greater than or equal to the second bit depth; identifying, based on the metadata, a tone mapping of the image data represented in the first bit depth and a backlight adjustment of the dimming display which, in combination, recreate or approximate a mapping reverse to the mapping to achieve a determined luminance characteristics of the image; applying the identified tone mapping to map the image data represented in the first bit depth to image data represented in the second bit depth; upon determining that the dimming display is a global dimming display, adjusting the luminance of a backlight of the dimming display based on the identified backlight adjustment; upon determining that the dimming display is a local dimming display, selectively adjusting the luminance of individual elements of the backlight of the dimming display based on the identified backlight adjustment; and displaying the tone mapped image data represented in the second bit depth on the dimming display.
A tap assembly for dispensing fluid from a container comprising: a gland for connecting with the container, the gland having an inlet and an outlet; a tap in fluid communication with the outlet of the gland; an incision device fixed with respect to the tap to rotate with a corresponding rotation of the tap, the incision device located at the inlet of the gland, and positioned fully within the gland in a first rotational position and positioned generally outside of the gland in a second rotational position; and an indent positioned on one of the gland and the tap and a corresponding detent positioned on an opposite one of the tap and the gland, the tap rotatable between the first rotational position and the second rotational position such that the indent and the detent prevent further rotation beyond the first and the second rotational positions. a gland for connecting with the container, the gland having an inlet and an outlet; a tap in fluid communication with the outlet of the gland; an incision device fixed with respect to the tap to rotate with a corresponding rotation of the tap, the incision device located at the inlet of the gland, and positioned fully within the gland in a first rotational position and positioned generally outside of the gland in a second rotational position; and an indent positioned on one of the gland and the tap and a corresponding detent positioned on an opposite one of the tap and the gland, the tap rotatable between the first rotational position and the second rotational position such that the indent and the detent prevent further rotation beyond the first and the second rotational positions.
A semiconductor laser for generating a light wave, having a semiconductor substrate (11, 36), a laser layer (13, 37) arranged on the semiconductor substrate, a waveguide region (18, 40) arranged at least partially adjacent to the laser layer and a strip-shaped lattice structure (24, 39), characterized in that the waveguide region (18, 40) has at least one gain region (27, 35) to amplify the light wave, which gain region is spaced apart from the lattice structure (24, 39) and has at least one interaction region (25, 26; 34) for the interaction between the light wave and the lattice structure (24, 39), which is adjacent to the lattice structure, and characterized in that the laser layer, the waveguide region and the lattice structure are adapted to one another in such a manner that there is only a weak coupling between the light wave and the lattice structure with a coupling constant K between the light wave and the lattice structure of K ≤ 30 cm -1, preferably K ≤ 10 cm -1.
An antenna apparatus comprising: a board body; a device carrier mounted in an area on a device region of the board body and having a magnetic carrier made of a magneto-dielectric material, wherein the device carrier exposes the remaining area of the device region; and an antenna device connectable to a power source through a feeding point of one end portion and extended from the feeding point to be located in the remaining area of the device region and on a surface of the magnetic carrier and operable in a resonant frequency band when power is supplied through the feeding point, wherein the antenna device comprises a ground device extending in the remaining area of the device region from the feeding point to a short point and further comprises a branch line operating in at least two frequency areas when resonating in said resonant frequency band, wherein said branch line is formed in the remaining area of the device region and on the surface of the magnetic carrier, wherein the antenna device is opened through another end portion opposite to the one end portion. a board body; a device carrier mounted in an area on a device region of the board body and having a magnetic carrier made of a magneto-dielectric material, wherein the device carrier exposes the remaining area of the device region; and an antenna device connectable to a power source through a feeding point of one end portion and extended from the feeding point to be located in the remaining area of the device region and on a surface of the magnetic carrier and operable in a resonant frequency band when power is supplied through the feeding point, wherein the antenna device comprises a ground device extending in the remaining area of the device region from the feeding point to a short point and further comprises a branch line operating in at least two frequency areas when resonating in said resonant frequency band, wherein said branch line is formed in the remaining area of the device region and on the surface of the magnetic carrier, wherein the antenna device is opened through another end portion opposite to the one end portion.