mhurhangee/patent-ind-claim-en huggingface dataset:
A screw-retaining device comprising a connecting element which in turn comprises a first end part , a second end part and an intermediate part that connects the end parts , where the first end part comprises an at least mainly circumferentially running part that at least partly encompasses a retaining aperture that is arranged to engage the threads of a screw that is intended to be retained, and where the second end part is arranged to be attached to a separate object , where the screw-retaining device further comprises a washer part which in turn comprises a first washer portion , having a first washer aperture , and a second washer portion , having a second washer aperture , where the washer portions are spaced apart by a gap and are connected by at least one connecting washer portion , where the washer apertures are aligned across the gap such that a combined washer aperture is formed that admits passage of a screw stem of the screw that is intended to be retained, where the first end part is arranged to be positioned in the gap before the screw that is intended to be retained is mounted to the screw-retaining device via the retaining aperture and the washer apertures , characterized in that a diameter (d relax ) of a largest circle within the retaining aperture in a relaxed state falls below a largest thread diameter (d tmax ) of a screw that is intended to be retained, where the retaining aperture has an elongated form in the relaxed state, and where the retaining aperture is arranged to have said elongated form temporarily altered from the relaxed state to an expanded state such that an expanded retaining aperture is formed, where the diameter of a largest circle within the expanded retaining aperture is increased to an expanded circle diameter (d exp ).
A film sticking assembly , comprising a film applicator and a sticking film , wherein the sticking film comprises a tempered film , a release film layer and a pulling portion , the tempered film comprising a sticking surface for sticking to a screen of a electronic product ; the release film layer being attached to the sticking surface of the tempered film , and the release film layer being an electrostatic layer; the pulling portion connected to one end of the release film layer in the length direction or in the width direction and extending along the direction; the end of the pulling portion connected to the release film layer being defined as a connecting end , and the other end thereof being defined as a free end ; the free end being positioned on the side of the release film layer away from the sticking surface , and the end portion of the free end extending beyond the end portion of the opposite end of the end portion of the release film layer connected to the connecting end ; the film applicator comprising a main body portion, which defines a mounting slot for accommodating the electronic product , a pulling opening for extending the free end of the pulling portion , and a fixing portion for positioning the sticking film ; when the electronic product is positioned in the mounting slot and the sticking film is positioned on the fixing portion , the pulling portion being positioned between the screen of the electronic product and the release film layer with a gap existed between the screen and the release film layer ; the free end of the pulling portion being pulled to separate the release film layer from the tempered film , and the surface of the release film layer attached to the tempered film generating static electricity to attract the dust on the screen . the pulling portion connected to one end of the release film layer in the length direction or in the width direction and extending along the direction; the end of the pulling portion connected to the release film layer being defined as a connecting end , and the other end thereof being defined as a free end ; the free end being positioned on the side of the release film layer away from the sticking surface , and the end portion of the free end extending beyond the end portion of the opposite end of the end portion of the release film layer connected to the connecting end ; the film applicator comprising a main body portion, which defines a mounting slot for accommodating the electronic product , a pulling opening for extending the free end of the pulling portion , and a fixing portion for positioning the sticking film ; when the electronic product is positioned in the mounting slot and the sticking film is positioned on the fixing portion , the pulling portion being positioned between the screen of the electronic product and the release film layer with a gap existed between the screen and the release film layer ; the free end of the pulling portion being pulled to separate the release film layer from the tempered film , and the surface of the release film layer attached to the tempered film generating static electricity to attract the dust on the screen .
A vehicle electronic control device for performing power feeding to, and drive control for, an electric motor, wherein in said vehicle electronic device a control board having an electronic component mounted thereon is housed inside a case and a connector portion for connecting the control board to a torque sensor and a vehicle speed sensor is formed integrally with the case , wherein the connector portion is formed by a housing portion forming part of the case and covering the control board , and a terminal portion integrally embedded in the housing portion , the terminal portion has: a terminal for external connection, protruding from the housing portion ; and an intermediate path portion extending from the terminal and connected to the control board , an exposure portion which allows the intermediate path portion to be exposed over an entire periphery thereof is formed in a part of the housing portion , and an interface sealing member for sealing an interface between the housing portion and the intermediate path portion is provided in the exposure portion .
Geothermal probe for exchanging heat between a fluid heat transfer medium and the ground, comprising at least one inflow pipe and comprising at least one return pipe and a geothermal probe foot for connection of the at least one inflow pipe to the at least one return pipe , wherein the geothermal probe foot has at least one pipe bend, which is deflected substantially by 180 degrees, and the lateral surface of the geothermal probe foot is at least partially coated with a metal layer or the geothermal probe foot consists substantially of a metal material, wherein the geothermal probe foot is fluidically connected to the at least one inflow pipe and to the at least one return pipe , characterized in that a multilayer composite film having multiple individual layers is placed at least partially on the at least one inflow pipe and the at least one return pipe , and at least one layer of the multilayer composite film is in the form of a metal foil ply and/or plastics layer with diffusion-inhibiting properties, wherein the multilayer composite film is wound helically or lengthwise around the inflow pipe and/or return pipe with an overlap at abutting edges, and the overlapping abutting edges that run helically lengthwise either are only placed one on another or are welded or adhesively bonded to one another, or wherein the multilayer composite film is wound helically or lengthwise around the inflow pipe and/or return pipe, and the abutting edges that run helically or lengthwise abut one another and are welded or adhesively bonded to one another. wherein the geothermal probe foot has at least one pipe bend, which is deflected substantially by 180 degrees, and the lateral surface of the geothermal probe foot is at least partially coated with a metal layer or the geothermal probe foot consists substantially of a metal material, wherein the geothermal probe foot is fluidically connected to the at least one inflow pipe and to the at least one return pipe , characterized in that a multilayer composite film having multiple individual layers is placed at least partially on the at least one inflow pipe and the at least one return pipe , and at least one layer of the multilayer composite film is in the form of a metal foil ply and/or plastics layer with diffusion-inhibiting properties, wherein the multilayer composite film is wound helically or lengthwise around the inflow pipe and/or return pipe with an overlap at abutting edges, and the overlapping abutting edges that run helically lengthwise either are only placed one on another or are welded or adhesively bonded to one another, or wherein the multilayer composite film is wound helically or lengthwise around the inflow pipe and/or return pipe, and the abutting edges that run helically or lengthwise abut one another and are welded or adhesively bonded to one another.
Method for inverse tone mapping of an image, comprising the steps of: - obtaining (S3) a visual feature for said image representative of luminance of said image, - comparing (S4) the visual feature of said image with visual features of at least two clusters of reference images according to a distance criterion, wherein the visual feature of a cluster is representative of the luminance of reference images of this cluster, - selecting (S5), among said at least two clusters, the cluster, the visual feature of which is the closest to the visual feature of said image, and - applying (S6) pixel expansion exponent values E(p) of an expansion exponent map to pixel luminance Y(p) of pixels of said image according to the formula Y(p) E(p) , wherein values E(p) of the said expansion exponent map are computed for said image based on expansion exponent map data of the selected cluster of reference images, wherein the said expansion exponent map data of the selected cluster are parameters defining a quadratic function of luminance or a low-pass filtered luminance of said image and are computed for said image based on reference expansion exponent maps of the reference images of the selected cluster, wherein the reference expansion exponent maps of the reference images are represented by reference parameters defining a quadratic function of luminance or a low pass filtered luminance of the reference images. - obtaining (S3) a visual feature for said image representative of luminance of said image, - comparing (S4) the visual feature of said image with visual features of at least two clusters of reference images according to a distance criterion, wherein the visual feature of a cluster is representative of the luminance of reference images of this cluster, - selecting (S5), among said at least two clusters, the cluster, the visual feature of which is the closest to the visual feature of said image, and - applying (S6) pixel expansion exponent values E(p) of an expansion exponent map to pixel luminance Y(p) of pixels of said image according to the formula Y(p) E(p) , wherein values E(p) of the said expansion exponent map are computed for said image based on expansion exponent map data of the selected cluster of reference images,
An apparatus for harvesting a plurality of portions of tissue, the apparatus comprising: a harvesting needle configured to penetrate a biological tissue to a particular depth; a conduit configured to facilitate flow of a fluid therethrough, wherein the harvesting needle is in communication with the conduit ; a filter arrangement provided at least partially in a path of the fluid; a base configured to be placed on a surface of the biological tissue ; wherein when the harvesting needle is in a retracted state, the harvesting needle does not protrude from a lower surface of the base ; and wherein when the harvesting needle is pulled downward, the harvesting needle protrudes beyond a lower surface of the base . a harvesting needle configured to penetrate a biological tissue to a particular depth; a conduit configured to facilitate flow of a fluid therethrough, wherein the harvesting needle is in communication with the conduit ; a filter arrangement provided at least partially in a path of the fluid; a base configured to be placed on a surface of the biological tissue ; wherein when the harvesting needle is in a retracted state, the harvesting needle does not protrude from a lower surface of the base ; and wherein when the harvesting needle is pulled downward, the harvesting needle protrudes beyond a lower surface of the base .
A method for preparing a die-formed chamfered plastic floor, comprising mixing raw materials for preparing a plastic floor matrix, to obtain a mixed material; and subjecting the mixed material to an extrusion, a laminating-embossing treatment, a die forming-chamfering treatment, a coating with an ultraviolet curable paint, a slicing, and a tenoning in sequence, to obtain the die-formed chamfered plastic floor. mixing raw materials for preparing a plastic floor matrix, to obtain a mixed material; and subjecting the mixed material to an extrusion, a laminating-embossing treatment, a die forming-chamfering treatment, a coating with an ultraviolet curable paint, a slicing, and a tenoning in sequence, to obtain the die-formed chamfered plastic floor.
Stud hole protection , to be inserted into a threaded stud hole in a horseshoe, which stud hole protection comprises a stud hole core , the peripheral parts of the stud hole core at least partly being provided with a thread connection element of a softer material than the material of the stud hole core , which thread connection element connects to the thread of the stud hole in the horseshoe when the stud hole protection is mounted, wherein the thread connection element extends from the bottom of the stud hole core to the top thereof, wherein the stud hole core is provided with gripping means , which act clamping against the thread connection element , characterized in that the stud hole core is provided with a screw driver slot or another recess for an adapted tool, for instance a hex head or torx wrench, and in that the thread connection element is formed as a jacket encasing the stud hole core totally to prevent contact between stud hole core and the horseshoe.
A retaining lanyard device of a handgun comprised of a retaining case which can be attached to an article of the weapon holder's clothing, said case allowing the lanyard connecting the weapon to the weapon holder to be inserted in the case so that the lanyard does not snag on objects in the immediate environment while the weapon holder is moving, said case is a rigid or semi-rigid box comprising at least one cover (22 or 28, 30), said device being characterised in that the partial opening of which is caused by the exit of said lanyard in a continuous and progressive manner and under tension as it is retained in said case when the holder unholsters his/her weapon and extends his/her arm to assume a firing position, said at least one cover being adapted to be fixed to gun belt by a hinge or equivalent means adapted to exert a low retaining force on the cover to allow a progressive and facilitated exit of the lanyard.
An electron beam sterilization device comprising: a plurality of electron beam emission units configured to emit electron beam, a sterilization chamber in which electron beams from the electron beam emission units are applied to containers to sterilize at least part of the containers and a blocking cover member covering the sterilization chamber so as to block radiations, characterized in that a rotational member having an upper portion thereof exposed through an opening portion formed in the blocking cover member , wherein the blocking cover member includes a fixed blocking cover covering the upper portion of the rotational member , an air passing space is formed between the fixed blocking cover and the upper portion of the rotational member , between the rotational member and the fixed blocking cover , there are provided a rotational annular blocking plate and a fixed annular blocking plate , the rotational annular blocking plate projecting from the rotational member toward the fixed blocking cover , the fixed annular blocking plate projecting from the blocking cover member toward the rotational member , the rotational annular blocking plate and the fixed annular blocking plate are opposed to each other with a blocking gap maintained therebetween, and the rotational annular blocking plate and the fixed annular blocking plate constitute a blocking lap portion for blocking radiations. a plurality of electron beam emission units configured to emit electron beam, a sterilization chamber in which electron beams from the electron beam emission units are applied to containers to sterilize at least part of the containers and a blocking cover member covering the sterilization chamber so as to block radiations, characterized in that a rotational member having an upper portion thereof exposed through an opening portion formed in the blocking cover member , wherein the blocking cover member includes a fixed blocking cover covering the upper portion of the rotational member , an air passing space is formed between the fixed blocking cover and the upper portion of the rotational member , between the rotational member and the fixed blocking cover , there are provided a rotational annular blocking plate and a fixed annular blocking plate , the rotational annular blocking plate projecting from the rotational member toward the fixed blocking cover , the fixed annular blocking plate projecting from the blocking cover member toward the rotational member , the rotational annular blocking plate and the fixed annular blocking plate are opposed to each other with a blocking gap maintained therebetween, and the rotational annular blocking plate and the fixed annular blocking plate constitute a blocking lap portion for blocking radiations.
System comprising a fire protection device for use in a wall, floor or ceiling feed-through and a drain component arranged in the wall, floor or ceiling feed-through, wherein the fire protection device includes an elastically deformable base body and intumescent material , wherein the intumescent material is arranged on the base body and wherein the base body has a first sealing lip , wherein the base body has an outer side and an inner side, wherein the outer side faces the wall, the floor or the ceiling, wherein the inner side is directed away from the wall, the floor or the ceiling, wherein the intumescent material is arranged on the outer side, wherein the base body is integral and/or single-piece in form, characterised in that the fire protection device is arranged in an elastically deformed state of the base body between the drain component and the wall, the floor or the ceiling.
An RF filter for improving PIMD performance, the RF filter comprising: a housing having at least one cavity formed therein, the housing comprising a dielectric resonator held in the cavity; washers (350,350'; 350'a, 350'b) joined to an upper portion and a lower portion of the dielectric resonator, the washers shaped as circular plates and made of a metallic material; and a cover joined to an upper portion of the housing, wherein each washer has a washer protrusion formed on one side thereof protruding toward the cover or the housing, the washer protrusion increasing in height along a direction moving away from the center of the washer, and the washer protrusion is configured to contact the cover or the housing, characterised in that : at least one of the washers joined to the upper portion and the lower portion of the dielectric resonator has a screw formed on the washer and protruding from one side thereof. a housing having at least one cavity formed therein, the housing comprising a dielectric resonator held in the cavity; washers (350,350'; 350'a, 350'b) joined to an upper portion and a lower portion of the dielectric resonator, the washers shaped as circular plates and made of a metallic material; and a cover joined to an upper portion of the housing, wherein each washer has a washer protrusion formed on one side thereof protruding toward the cover or the housing, the washer protrusion increasing in height along a direction moving away from the center of the washer, and the washer protrusion is configured to contact the cover or the housing, characterised in that : at least one of the washers joined to the upper portion and the lower portion of the dielectric resonator has a screw formed on the washer and protruding from one side thereof.
A method for producing heating in a heat pump comprising: extracting heat from a working fluid consisting essentially of E-HFO-1336mzz, in a heat exchanger, thereby producing a cooled working fluid; wherein the heat pump is a high temperature heat pump and the heat exchanger operates at a temperature above about 50°C.
Method for distribution to a network of at least one customer of electrical energy produced by a production station comprising at least one solar panel and at least one battery , said network being isolated from the traditional power grid, the distribution method comprising, for a given day comprising a daytime followed by a nighttime, the following optimisation steps implemented prior to the given day: - defining a quantity of energy for the given day, which is a maximum quantity of energy permitted for customers; - predicting a final state of charge (SOC_f), equal to a state of charge of the battery at the end of the nighttime of the given day, as well as a fictitious energy surplus (Ex), the fictitious energy surplus being energy which would not be produced by the solar panel during the daytime of the given day but which could be produced if consumption of the customers and/or an energy demand of the battery increase; - adapting the quantity of energy depending on the final state of charge and the fictitious energy surplus; the distribution method also comprising, following the optimisation steps, the step of distributing the quantity of energy to customers of the network during the given day. - defining a quantity of energy for the given day, which is a maximum quantity of energy permitted for customers; - predicting a final state of charge (SOC_f), equal to a state of charge of the battery at the end of the nighttime of the given day, as well as a fictitious energy surplus (Ex), the fictitious energy surplus being energy which would not be produced by the solar panel during the daytime of the given day but which could be produced if consumption of the customers and/or an energy demand of the battery increase; - adapting the quantity of energy depending on the final state of charge and the fictitious energy surplus;