mhurhangee/patent-ind-claim-en huggingface dataset:
A device for comminuting waste materials, particularly chips, having at least one motor , a cutting rotor which can be driven by the motor and having at least one cutting edge and at least one base plate , a cutting profile of the cutting rotor interacting with at least one counterpart , particularly a counter knife, adapted to the cutting profile and fastened on the base plate or formed by the same, the base plate having at least one openable flap , in order to discharge a coarse component, a lower toggle lever with a first lever and a second lever being provided for opening the flap , which toggle lever is connected at a first end to the at least one flap such that it can rotate about a first spindle , the first lever and the second lever being connected to one another such that they can rotate about a lower lever spindle , which is parallel to the first spindle , it being possible to bring the lower toggle lever into a stable position, in which the lower toggle lever positively holds the at least one flap , the toggle lever being constructed in such a manner that, with the flap open, an angle , which the first lever and second lever enclose, is less than 180°, characterized in that the angle in the closed state of the flap is more than 180° and a stop is provided, which prevents a further movement of the lower toggle lever in a direction in which the angle would be enlarged further.
A head-up display device suitable for being disposed in a vehicle comprising a windshield , the head-up display device comprising: a light source ; a condensing lens that condenses light from the light source ; a lens array having an incident surface opposed to the condensing lens and an emitting surface that is an opposite surface to the incident surface , the lens array diffusing the light from the condensing lens ; a liquid-crystal display unit that is opposed to the emitting surface , and is configured to emit the light as display light by allowing light from the lens array to pass therethrough; and a reflecting member configured to reflect display light emitted from the liquid-crystal display unit and configured to project the display light on a windshield disposed in front of a driver's seat of the vehicle , characterized in that the lens array has, in the emitting surface , a plurality of lens surfaces projecting toward the liquid-crystal display unit and having an aspherical sectional shape, and in the lens surface , a curvature radius of a part emitting display light to be projected on an upper part of the windshield is smaller than a curvature radius of a part emitting display light to be projected on a lower part of the windshield . a light source ; a condensing lens that condenses light from the light source ; a lens array having an incident surface opposed to the condensing lens and an emitting surface that is an opposite surface to the incident surface , the lens array diffusing the light from the condensing lens ; a liquid-crystal display unit that is opposed to the emitting surface , and is configured to emit the light as display light by allowing light from the lens array to pass therethrough; and a reflecting member configured to reflect display light emitted from the liquid-crystal display unit and configured to project the display light on a windshield disposed in front of a driver's seat of the vehicle , characterized in that the lens array has, in the emitting surface , a plurality of lens surfaces projecting toward the liquid-crystal display unit and having an aspherical sectional shape, and in the lens surface , a curvature radius of a part emitting display light to be projected on an upper part of the windshield is smaller than a curvature radius of a part emitting display light to be projected on a lower part of the windshield .
Sensor for contactless spacing or position measurement of an object, having an inductive or capacitive sensor element, wherein measurement elements of the sensor element are embedded in a multi-layered substrate and together with the substrate form the sensor element, and wherein the sensor element with respect to the measurement elements thereof is constructed in a geometrically and/or electrically symmetrical manner, and having a retention member, wherein a bearing of the sensor element which is spaced apart with respect to the retention member is produced with the least possible contact with the sensor element in such a manner that the sensor element is thermally decoupled from the retention member and is released for the surrounding atmosphere.
A computer-implemented method for assisting positioning of a subject having an orthopedic implant in X-ray imaging, comprising: applying (S1) one or more radiofrequency, RF, signals to an anatomy of interest of the subject where the orthopedic implant is located; detecting (S2) a response signal and/or signal change in response to the applied RF signal impacting the orthopedic implant and tissue being adjacent to and/or surrounding the implant; determining (S3), from the detected response signal and/or signal change, an implant positioning estimation relative to an X-ray imaging device; and determining (S4), from the implant positioning estimation, a feedback being indicative for positioning the X-ray imaging device and the subject to each other with respect to a target positioning, to be provided for assisting the positioning. applying (S1) one or more radiofrequency, RF, signals to an anatomy of interest of the subject where the orthopedic implant is located; detecting (S2) a response signal and/or signal change in response to the applied RF signal impacting the orthopedic implant and tissue being adjacent to and/or surrounding the implant; determining (S3), from the detected response signal and/or signal change, an implant positioning estimation relative to an X-ray imaging device; and determining (S4), from the implant positioning estimation, a feedback being indicative for positioning the X-ray imaging device and the subject to each other with respect to a target positioning, to be provided for assisting the positioning.
Process for the separation of oxymethylene ethers from a mixture containing these, characterized in that the oxymethylene ethers are separated off by adsorption on adsorbents selected from the group comprising activated carbon and/or hypercrosslinked polymers.
A panel configured to cover a portion of a vehicle , said panel comprising at least one body (101, 102; 202) configured to be connected to a portion that is fixed with respect to a frame of said vehicle , said panel comprising a filament of electrically conductive material configured to be electrically connected to a functional element of said vehicle , wherein at least one body of said panel defines at least one portion of reduced thickness with respect to the remaining portion of said body , characterised in that said filament defines a path with respect to said panel body , said path extending with respect to said body over most of the surface of said at least one portion and comprises at least a portion of reduced thickness with respect to other remaining portions of said filament .
A system for controlling pet access to a pet system comprising: a compartment within the pet system to be controlled; a means for preventing pet access to said compartment ; and a sensor system containing at least two discrete sensors configured and arranged to selectively disengage said means for preventing pet access, comprising: at least one tag that provides authorization to access said compartment , said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag. a compartment within the pet system to be controlled; a means for preventing pet access to said compartment ; and a sensor system containing at least two discrete sensors configured and arranged to selectively disengage said means for preventing pet access, comprising: at least one tag that provides authorization to access said compartment , said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag. at least one tag that provides authorization to access said compartment , said at least one tag disposed on an authorized pet; a first sensor for detecting said at least one tag and disengaging said means for preventing pet access to compartment while said at least one tag is present, characterised in that it further comprises, a second sensor for detecting the presence of an animal other than said authorized pet and engaging said means for preventing pet access, wherein said means for preventing access to compartment is engaged when said second sensor detects the presence of an animal other than said authorized pet even if said first sensor detects the presence of said at least one tag.
An optical detection instrument, comprising a triggering device and a laser, the triggering device comprising: a triggering switch configured to start the laser to emit a detecting light when the triggering switch is triggered, a hollow shaft for accommodating an optical path, the hollow shaft being configured to allow the detecting light to pass through its cavity to reach an object to be detected, the hollow shaft and the triggering switch having a fixed relative position, and a sliding trigger configured to move towards or away from the triggering switch with respect to the hollow shaft to trigger or reset the triggering switch , characterized in that the optical detection instrument further comprises a focus lens provided in the optical path in the cavity of the hollow shaft for focusing the detecting light onto a measuring point, wherein the sliding trigger comprises a slidable sleeve which is seated on an outer wall of the hollow shaft and is capable of sliding towards or away from the triggering switch with respect to the hollow shaft and a travel length by which the slidable sleeve moves to trigger the triggering switch is determined by a focus position of the detecting light, such that the object to be detected can meet the requirement for focusing position while the slideable sleeve triggers the triggering switch. a triggering switch configured to start the laser to emit a detecting light when the triggering switch is triggered, a hollow shaft for accommodating an optical path, the hollow shaft being configured to allow the detecting light to pass through its cavity to reach an object to be detected, the hollow shaft and the triggering switch having a fixed relative position, and a sliding trigger configured to move towards or away from the triggering switch with respect to the hollow shaft to trigger or reset the triggering switch , characterized in that the optical detection instrument further comprises a focus lens provided in the optical path in the cavity of the hollow shaft for focusing the detecting light onto a measuring point, wherein the sliding trigger comprises a slidable sleeve which is seated on an outer wall of the hollow shaft and is capable of sliding towards or away from the triggering switch with respect to the hollow shaft and a travel length by which the slidable sleeve moves to trigger the triggering switch is determined by a focus position of the detecting light, such that the object to be detected can meet the requirement for focusing position while the slideable sleeve triggers the triggering switch.
A contact socket module for use in an automated test equipment, ATE, for testing electronic components, DUT, being carried by a carrier comprises: a plurality of groups of spring contacts , wherein each spring contact comprises a DUT sided contact tip , characterized by a retracting plate being moveable, and a controller controlling the movement of the retracting plate , wherein the retracting plate acts mechanically on the spring contacts , so that in a test position the retracting plate is in a first position and the DUT sided contact tips are adapted to contact to contact portions of the electronic components in the first position of the retracting plate , and the retracting plate is in a second position, when the DUT sided contact tips are adapted so that the contact with the contact portions of the electronic components is released, wherein the controller controls a movement of the retracting plate from the first position into the second position, and back from the second position into the first position. a plurality of groups of spring contacts , wherein each spring contact comprises a DUT sided contact tip , characterized by a retracting plate being moveable, and a controller controlling the movement of the retracting plate , wherein the retracting plate acts mechanically on the spring contacts , so that in a test position the retracting plate is in a first position and the DUT sided contact tips are adapted to contact to contact portions of the electronic components in the first position of the retracting plate , and the retracting plate is in a second position, when the DUT sided contact tips are adapted so that the contact with the contact portions of the electronic components is released, wherein the controller controls a movement of the retracting plate from the first position into the second position, and back from the second position into the first position.
A catheter coupler , comprising: a housing having a catheter connection lumen , a plurality of passages , and an outer circumferential channel , wherein the plurality of passages each connect the catheter connection lumen to the outer circumferential channel ; a cap rotatably coupled to the housing , wherein the cap has an outlet port in fluid communication with the outer circumferential channel ; and one or more seals that provide seals between the housing and the cap that direct fluid flow from the outer circumferential channel to the outlet port ; wherein the cap is rotatable to position the outlet port in a vertical orientation without rotating the housing . a housing having a catheter connection lumen , a plurality of passages , and an outer circumferential channel , wherein the plurality of passages each connect the catheter connection lumen to the outer circumferential channel ; a cap rotatably coupled to the housing , wherein the cap has an outlet port in fluid communication with the outer circumferential channel ; and one or more seals that provide seals between the housing and the cap that direct fluid flow from the outer circumferential channel to the outlet port ; wherein the cap is rotatable to position the outlet port in a vertical orientation without rotating the housing .
A method for fastening a functional element, for example a connection element, e.g., in the form of a nut or threaded bolt, to a joint opening provided in a component made of a planar material, for example a metal planar material or steel sheet, by permanently deforming a rivet collar provided on the functional element and passing through the component in the region of the joint opening into a deformed rivet collar (11.1), characterized in that a retaining ring is provided on the side of the component facing away from the functional element for a lateral or radial tolerance compensation, which retaining ring extends with a section or collar into the joint opening and forms an undercut in a ring opening, that the rivet collar introduced into the ring opening of the retaining ring is deformed into the rivet collar (11.1) engaging behind the undercut , and that the joint opening is produced with a cross section that is larger than the outer cross section of the section of the retaining ring that extends into the joint opening.
An injection device comprising an elongated body with a needle with a needle lumen at a distal end; a reservoir for an injection material to be delivered through the needle; a distal element attached to the distal end of the device thereby sealing the needle lumen; and a plunger with a first force element providing an injection force to said injection material and distal seal; wherein: the needle is fixed to the elongated body to allow direct control of the distal tip of the needle; the injection material is placed under an injection pressure by the first force element; the distal element comprises a tissue interface and a distal seal ; the distal seal is penetrable by a distal tip of the needle by the application of pressure on a tissue surface with the distal end of the device; the penetrated distal element becomes slidable on the needle to allow advancement of the needle into tissue; and the penetrated distal seal opens a path for flow or delivery of the injection material from the distal end of the needle to actuate delivery of the injection material solely by advancement of the needle through the distal seal into the tissue. the needle is fixed to the elongated body to allow direct control of the distal tip of the needle; the injection material is placed under an injection pressure by the first force element; the distal element comprises a tissue interface and a distal seal ; the distal seal is penetrable by a distal tip of the needle by the application of pressure on a tissue surface with the distal end of the device; the penetrated distal element becomes slidable on the needle to allow advancement of the needle into tissue; and the penetrated distal seal opens a path for flow or delivery of the injection material from the distal end of the needle to actuate delivery of the injection material solely by advancement of the needle through the distal seal into the tissue.
A display device, comprising: a support panel (SU) including a body (BP) and a guide (GP), the guide (GP) being on one side of the body (BP); a protective cap (CA, CA1) spaced apart from the guide (GP) at one side of the support panel (SU); a first display substrate (PA) on the support panel (SU); and a flexible printed circuit board (FPC) on one side of the first display substrate (PA), wherein: an accommodation space (AS) is defined between the protective cap (CA, CA1) and the guide (GP), the flexible printed circuit board (FPC) is accommodated in the accommodation space (AS), and one end of the accommodation space (AS) is an open end (OP) and another end of the accommodation space (AS) is a closed end (CP). a support panel (SU) including a body (BP) and a guide (GP), the guide (GP) being on one side of the body (BP); a protective cap (CA, CA1) spaced apart from the guide (GP) at one side of the support panel (SU); a first display substrate (PA) on the support panel (SU); and a flexible printed circuit board (FPC) on one side of the first display substrate (PA), wherein: an accommodation space (AS) is defined between the protective cap (CA, CA1) and the guide (GP), the flexible printed circuit board (FPC) is accommodated in the accommodation space (AS), and one end of the accommodation space (AS) is an open end (OP) and another end of the accommodation space (AS) is a closed end (CP). an accommodation space (AS) is defined between the protective cap (CA, CA1) and the guide (GP), the flexible printed circuit board (FPC) is accommodated in the accommodation space (AS), and one end of the accommodation space (AS) is an open end (OP) and another end of the accommodation space (AS) is a closed end (CP).
A treatment system for cleaning a component which is contaminated with biofilm, in particular for cleaning bacterially contaminated surfaces of bone implants or dental implants , having at least two conductor elements connected to an electrical supply unit in order to form an electrical circuit, of which one can be brought into electrical contact with the component in need of treatment, characterized in that at least one of the conductor elements is configured as a boron-doped diamond electrode .
Aircraft engine nacelle comprising an internal shroud provided with at least one acoustic panel , an air intake lip forming a leading edge of the nacelle , the lip having an annular space , the annular space being closed by an internal partition and being arranged to receive a supply of hot air , and an ice protection system , characterized in that the nacelle comprises a heat exchanger device comprising: - at least one heat duct configured to transport a heat transfer fluid and to transfer to the acoustic panel or panels heat emitted by a hot source; - at least one evaporator thermally connected to the hot source, the evaporator or evaporators being configured to extract at least part of the heat provided by the hot source, the extracted heat being transferred to the heat transfer fluid; - at least one condenser secured to the internal shroud , the condenser or condensers being configured to provide at least part of the heat extracted by the evaporator or evaporators to the acoustic panel or panels , the extracted heat being transferred to the condenser or condensers by means of the transfer fluid; each one of the evaporators being fluidically connected to at least one condenser by at least one heat duct in which the heat transfer fluid flows; and in that the evaporator or evaporators are connected by attachment to the internal partition , the evaporator or evaporators being configured to extract at least part of the heat provided through the internal partition by the hot air supplied to the annular space of the lip , the extracted heat being transferred to the heat transfer fluid. - at least one heat duct configured to transport a heat transfer fluid and to transfer to the acoustic panel or panels heat emitted by a hot source; - at least one evaporator thermally connected to the hot source, the evaporator or evaporators being configured to extract at least part of the heat provided by the hot source, the extracted heat being transferred to the heat transfer fluid; - at least one condenser secured to the internal shroud , the condenser or condensers being configured to provide at least part of the heat extracted by the evaporator or evaporators to the acoustic panel or panels , the extracted heat being transferred to the condenser or condensers by means of the transfer fluid;