mhurhangee/patent-ind-claim-en huggingface dataset:
A method of fabricating an interference fit fastening element by forming a pattern within the surface of the element , the method comprising: mounting the element for rotational and longitudinal movement relative to a laser ; and moving the element in both a longitudinal and rotational direction relative to the laser while concurrently irradiating a surface of the element with a plurality of laser pulses to form a plurality of laser spots extending along a defined patterned region of the element, each pulse effecting a localised melting and re-solidification of the surface of the element, the resultant pattern from an overlap of adjacent laser spots extending about the circumference of the element in the defined patterned region in both a longitudinal and transverse direction and defining a localised Moiré pattern in that defined patterned region. mounting the element for rotational and longitudinal movement relative to a laser ; and moving the element in both a longitudinal and rotational direction relative to the laser while concurrently irradiating a surface of the element with a plurality of laser pulses to form a plurality of laser spots extending along a defined patterned region of the element, each pulse effecting a localised melting and re-solidification of the surface of the element, the resultant pattern from an overlap of adjacent laser spots extending about the circumference of the element in the defined patterned region in both a longitudinal and transverse direction and defining a localised Moiré pattern in that defined patterned region.
A lightweight hybrid cartridge case comprising: a base cap made of alumininum and having a cylindrical sidewall connected to a base , wherein the base is dimensioned according to a cartridged ammunition and wherein a periphery surface of the base is formed with an annular grooved extraction rim and a plurality of stepped ridges located forward of the extraction rim ; a polymer shell made from a mixture of glass and carbon fibres reinforced polyamide, with the polymer shell having a forward bottleneck opening and a rear stepped diametral end , wherein the stepped diametral end is insert molded onto the cylindrical sidewall of the base cap at a location contiguous with a first of the plurality of the stepped ridges; and an overmolded sleeve made of the same material as the polymer shell is overmolded over the plurality of stepped ridges and the stepped diametral end , so that an outside diameter of the overmolded sleeve matches the outside diameters of both the extraction rim and the polymer shell . a base cap made of alumininum and having a cylindrical sidewall connected to a base , wherein the base is dimensioned according to a cartridged ammunition and wherein a periphery surface of the base is formed with an annular grooved extraction rim and a plurality of stepped ridges located forward of the extraction rim ; a polymer shell made from a mixture of glass and carbon fibres reinforced polyamide, with the polymer shell having a forward bottleneck opening and a rear stepped diametral end , wherein the stepped diametral end is insert molded onto the cylindrical sidewall of the base cap at a location contiguous with a first of the plurality of the stepped ridges; and an overmolded sleeve made of the same material as the polymer shell is overmolded over the plurality of stepped ridges and the stepped diametral end , so that an outside diameter of the overmolded sleeve matches the outside diameters of both the extraction rim and the polymer shell .
Board configured as a jewellery board (1; 2; 3) for arranging and storing items of jewellery such as necklaces, decorative bands or rings, - comprising a number of cutouts which penetrate through the board with retaining means integrated therein for detachable fastening of the respective items of jewellery to the board, - comprising a pin-like projection as the retaining means which projects upwards into the cutout in the lower region of each cutout , so that the cutouts open an operation room around the retaining means for attaching or detaching items of jewellery. - comprising a spacer of the board for maintaining a free space (A; a) on a rear side of the board at least in the region of the cutouts , - comprising an inclining device for producing an inclination in the vertical direction, when the board is suspended. - comprising a number of cutouts which penetrate through the board with retaining means integrated therein for detachable fastening of the respective items of jewellery to the board, - comprising a pin-like projection as the retaining means which projects upwards into the cutout in the lower region of each cutout , so that the cutouts open an operation room around the retaining means for attaching or detaching items of jewellery. - comprising a spacer of the board for maintaining a free space (A; a) on a rear side of the board at least in the region of the cutouts , - comprising an inclining device for producing an inclination in the vertical direction, when the board is suspended.
A computer-implemented method comprising: generating, by one or more processors of a vehicle , a first uniform resource identifier, URI, wherein the first URI comprises an indication of a client application ; causing to present, at a display of the vehicle , the first URI; downloading and installing the client application , based on the received first URI, to a wireless device ; receiving a request from the wireless device for credentials of the vehicle ; generating, by the one or more processors , a second URI; causing to present, at the display of the vehicle , the second URI; launching the client application , based on scanning the second URI; receiving, from the client application on the wireless device , a request to establish a trusted relationship; and establishing the trusted relationship with the wireless device . generating, by one or more processors of a vehicle , a first uniform resource identifier, URI, wherein the first URI comprises an indication of a client application ; causing to present, at a display of the vehicle , the first URI; downloading and installing the client application , based on the received first URI, to a wireless device ; receiving a request from the wireless device for credentials of the vehicle ; generating, by the one or more processors , a second URI; causing to present, at the display of the vehicle , the second URI; launching the client application , based on scanning the second URI; receiving, from the client application on the wireless device , a request to establish a trusted relationship; and establishing the trusted relationship with the wireless device .
A ring of a spinning machine, the spinning machine being configured to wind a yarn (Y) through a traveler , the ring comprising: a sliding surface on which the traveler slides, wherein the sliding surface has a texture having a plurality of recesses and a plurality of projections, and each projection has a curved shape and is located between adjacent recesses, characterized in that the projection has a curvature radius of 40 to 400 μm. a sliding surface on which the traveler slides, wherein the sliding surface has a texture having a plurality of recesses and a plurality of projections, and each projection has a curved shape and is located between adjacent recesses, characterized in that the projection has a curvature radius of 40 to 400 μm.
An inhibitor of thrombocyte aggregation or activation for use in the treatment or prevention of non-alcoholic steatohepatitis (NASH), wherein the inhibitor of thrombocyte aggregation or activation is an inhibitor of Gp1b (glycoprotein 1 b), and wherein the inhibitor of thrombocyte aggregation or activation is an anti-Gp1b antibody or an antigen-binding fragment thereof.
A constructible utensil comprising a handle part and a head part, said parts being configured to engage each other to form a utensil, whereby the handle part comprises a slot at its distal end forming a pair of jaws , the head part comprises a slot at its proximal end forming a pair of jaws , said handle part and the head part jaws are configured to engage the other part when the parts are pushed together at a mutual angle with the proximal end of the head part being received in the slot of the handle part and the distal end of the handle part being received in the slot of the head part , the handle part and the head part each comprises a through hole recess for snap-fitting engagement with the jaws of the other part, the recess of the handle part is proximal of the handle part slot , and the recess of the head part is distal of the head part slot , and the recesses are aligned in the longitudinal direction with the slot of the same part, wherein: the handle part is planar , and a proximal end of the head part is planar, characterised in that said utensil is of biodegradable wood material, the handle part and the head part pairs of jaws each have inner edges which converge towards a mouth of the slot and each slot converges with a taper to narrow towards the mouth of the slot, the thickness of material in each part does not exceed 2 mm. head part, said parts being configured to engage each other to form a utensil, whereby the handle part comprises a slot at its distal end forming a pair of jaws , the head part comprises a slot at its proximal end forming a pair of jaws , said handle part and the head part jaws are configured to engage the other part when the parts are pushed together at a mutual angle with the proximal end of the head part being received in the slot of the handle part and the distal end of the handle part being received in the slot of the head part , the handle part and the head part each comprises a through hole recess for snap-fitting engagement with the jaws of the other part, the recess of the handle part is proximal of the handle part slot , and the recess of the head part is distal of the head part slot , and the recesses are aligned in the longitudinal direction with the slot of the same part, wherein: the handle part is planar , and a proximal end of the head part is planar, characterised in that said utensil is of biodegradable wood material, the handle part and the head part pairs of jaws each have inner edges which converge towards a mouth of the slot and each slot converges with a taper to narrow towards the mouth of the slot, the thickness of material in each part does not exceed 2 mm.
Mobile forestry machine which is provided with a chassis , a drive engine , a hoisting winch and a stanchion , wherein the forestry machine does not have a driver's workplace for an operator, wherein the drive engine is arranged at the front as viewed in the vehicle longitudinal direction (L) and on the vehicle front, and the hoisting winch is arranged adjacently with respect to the drive engine , characterized in that the mobile forestry machine is provided with an adjustable ramp plate , wherein the stanchion is arranged adjacently with respect to the hoisting winch as viewed in the vehicle longitudinal direction (L), and the adjustable ramp plate is arranged on the vehicle rear of the mobile forestry machine , wherein the hoisting winch is arranged between the drive engine and the stanchion as viewed in the vehicle longitudinal direction (L).
An actuator comprising: a support plate ; a pump head secured to one side of the support plate , the pump head being in thermal contact with the support plate ; an actuator body secured to an opposite side of the support plate ; means for cooling disposed between and in thermal communication with the support plate and the actuator body ; characterized by electrical control means connected to the cooling means being configured to remove and transfer heat from the pump head to the actuator body , using the cooling means. a support plate ; a pump head secured to one side of the support plate , the pump head being in thermal contact with the support plate ; an actuator body secured to an opposite side of the support plate ; means for cooling disposed between and in thermal communication with the support plate and the actuator body ; characterized by electrical control means connected to the cooling means being configured to remove and transfer heat from the pump head to the actuator body , using the cooling means.
Fuel cell system comprising at least one fuel cell stack having an anode section and a cathode section , an ejector , a fuel mixture conduit for conducting a fuel mixture comprising primary fuel and secondary fuel from the ejector to the anode section , a primary fuel line for supplying the primary fuel to the ejector , and a recirculation line for recirculating the secondary fuel from the anode section to the ejector , characterised in that the primary fuel line extends at least in sections through a heat exchange volume within the recirculation line for a heat-transferring connection between the secondary fuel and the primary fuel, wherein the ejector has a nozzle and the primary fuel line extends within the heat exchange volume as far as the nozzle .
A QD material, comprising: a number of N QD structural units arranged sequentially along a radial direction of the QD material, where N ≥ 1, wherein each QD structural unit has a gradient alloy composition structure with an energy level width gradually increasing along the radial direction from a center of the QD material to a surface of the QD material; and energy level widths of adjacent QD structural units are continuous, and the QD structural unit includes 2-20 monatomic layers, or 1-10 unit-cell layers, wherein: the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y , where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A , and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B , wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B , y A > y B ; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS. a number of N QD structural units arranged sequentially along a radial direction of the QD material, where N ≥ 1, wherein each QD structural unit has a gradient alloy composition structure with an energy level width gradually increasing along the radial direction from a center of the QD material to a surface of the QD material; and energy level widths of adjacent QD structural units are continuous, and the QD structural unit includes 2-20 monatomic layers, or 1-10 unit-cell layers, wherein: the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y , where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A , and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B , wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B , y A > y B ; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS. the gradient alloy composition structure includes Cd and Zn as Group II elements and S and Se as Group VI elements; an alloy composition of the QD structural unit is Cd x Zn 1-x Se y S 1-y , where 0 ≤ x ≤ 1, 0 ≤ y ≤ 1, and x and y are not 0 or 1 at a same time; in the QD structural unit, an alloy composition at point A is Cd x A Zn 1-x A Se y A S 1-y A , and an alloy composition at point B is Cd x B Zn 1-x B Se y B S 1-y B , wherein point A is closer to the center of the QD material than point B, and the alloy composition at point A and the alloy composition at point B satisfy x A > x B , y A > y B ; and the QD material is based on CdZnSe/CdZnSe or CdSeS/ZnSeS.
A lift and slide element , in particular a lift and slide door or a lift and slide window, comprising a rail , which comprises a track and surface regions adjoining the track at both sides, and a leaf which can be traveled on the track by means of a roller arrangement and which is adjustable between a lowered fixing position and a raised travel position, wherein the leaf has a leaf frame profile and a glass element held by said leaf frame profile and defines a leaf plane , wherein the lift and slide element comprises a threshold which defines a floor plane , and wherein the leaf frame profile has a lower side at which a support surface is formed which can be placed onto the threshold when the leaf is moved from the raised travel position into the lowered fixing position, wherein the rail is lowered with respect to the floor plane such that at least the surface regions of the rail which adjoin the track are arranged beneath the floor plane , characterized in that the leaf frame profile is at least partly produced from a fiber composite material and has a cross-sectional shape in which the ratio of the width (B) of the leaf frame profile measured in parallel with the leaf plane to the depth (T) of the leaf frame profile measured at a right angle to the leaf plane amounts to 0.9 or less, with the leaf frame profile being designed as a hollow profile. wherein the rail is lowered with respect to the floor plane such that at least the surface regions of the rail which adjoin the track are arranged beneath the floor plane , characterized in that the leaf frame profile is at least partly produced from a fiber composite material and has a cross-sectional shape in which the ratio of the width (B) of the leaf frame profile measured in parallel with the leaf plane to the depth (T) of the leaf frame profile measured at a right angle to the leaf plane amounts to 0.9 or less, with the leaf frame profile being designed as a hollow profile.
An electronic device , comprising: an amplifier ; a signal conversion unit including a single photodiode and first , second and third pins , wherein the first and second pins are electrically connected to each other and to one electrode of the single photodiode, wherein the third pin is connected to another electrode of the single photodiode and to a power source to receive a driving voltage, and wherein the single photodiode is configured to, in response to being irradiated with light of an optical signal from an external device, convert the optical signal into an electric signal which is output at the first pin or at the second pin; and a processor configured to receive the electric signal output from the signal conversion unit and to control to supply power to the amplifier in response to the electric signal being received from the signal conversion unit, wherein the amplifier , in response to the power being supplied to the amplifier , is configured to receive the electric signal output from the signal conversion unit, amplify the received electric signal and output the amplified electric signal to the processor , wherein the first pin is connected to the processor , and wherein the second pin is connected to the amplifier . an amplifier ; a signal conversion unit including a single photodiode and first , second and third pins , wherein the first and second pins are electrically connected to each other and to one electrode of the single photodiode, wherein the third pin is connected to another electrode of the single photodiode and to a power source to receive a driving voltage, and wherein the single photodiode is configured to, in response to being irradiated with light of an optical signal from an external device, convert the optical signal into an electric signal which is output at the first pin or at the second pin; and a processor configured to receive the electric signal output from the signal conversion unit and to control to supply power to the amplifier in response to the electric signal being received from the signal conversion unit, wherein the amplifier , in response to the power being supplied to the amplifier , is configured to receive the electric signal output from the signal conversion unit, amplify the received electric signal and output the amplified electric signal to the processor , wherein the first pin is connected to the processor , and wherein the second pin is connected to the amplifier . wherein the first pin is connected to the processor , and wherein the second pin is connected to the amplifier .
A double container comprising: an outer shell ; and an inner bag , wherein the inner bag contracts in association with a decrease in a content housed in the inner bag, the outer shell is provided with an air introduction hole , and characterised in that a hydrophobic filter (F) configured to allow air penetration and block water is provided to close the air introduction hole . an outer shell ; and an inner bag , wherein the inner bag contracts in association with a decrease in a content housed in the inner bag, the outer shell is provided with an air introduction hole , and characterised in that a hydrophobic filter (F) configured to allow air penetration and block water is provided to close the air introduction hole .
An enclosure for housing and fastening a length of optical cable , said optical cable having an outer sheath and a flexible strength member , wherein said enclosure comprises a fixing element and a retention assembly , said fixing element being adapted for engaging a portion of the outer sheath and said retention assembly being adapted for fastening said flexible strength member , wherein said fixing element and said retention assembly are independent from each other, wherein said retention assembly comprises a reel and a reel seat , said reel being adapted to receive at least one turn of the flexible strength member wound thereon and to be inserted without rotation into the reel seat , and said reel seat being adapted for housing the reel , wherein said reel seat is shaped at least partially mating the shape of the reel , wherein said reel has a winding path for at least one turn of flexible strength member , wherein said reel is adapted to be pressure pushed into the reel seat , wherein in use the reel can be rendered separated from the enclosure , and wherein the enclosure further comprises a base and wherein the fixing element is integrally formed with the base .
Device for cooling a turbomachine revolving casing by a flow of gas, comprising: a plate surrounding a circular band of the casing in front of a circular rib belonging to the casing, having edges fixed to the casing and a main foraminous part parallel to the casing , the plate and the casing delimiting a gas blowing chamber provided with discharge openings ; a collection box surrounding the plate, and delimiting with the plate a gas distribution chamber while covering the main part of the plate; a cooling gas supply capacity at a distance from the collection box; and at least one connecting duct connecting the capacity to the collection box, the collection box being formed by a continuous plate between two lateral edges of said collection box, which are respectively secured to said edges of the plate and which respectively have same directions as said edges of the plate , the sheet of the collection bow being pierced at a place of the connecting duct , characterised in that it comprises reliefs projecting on the casing to serve as supports to the edges of the plate , and the reliefs procure a stop in an axial direction (X) of the casing for a first of the edges of the plate and a support in a radial direction (R) of the casing for a second of the edges of the plate .