mhurhangee/patent-ind-claim-en huggingface dataset:
A computer-implemented system comprising: a computer-readable medium that stores instructions; and at least one processor configured to execute the instructions to: receive a request for map data, the map data being associated with a geographic area; determine a viewport for displaying the map data on a user device; calculate a scale distance based on a measurement from the center of a first edge to the center of a second edge of the determined viewport; determine a scale orientation based on the measurement from the center of the first edge to the center of the second edge of the determined viewport; and provide, to the user device, the requested map data and instructions for displaying the map data, wherein the instructions include instructions to display a graphical element specifying the scale distance and the scale orientation in at least one of a horizontal or vertical direction. a computer-readable medium that stores instructions; and at least one processor configured to execute the instructions to: receive a request for map data, the map data being associated with a geographic area; determine a viewport for displaying the map data on a user device; calculate a scale distance based on a measurement from the center of a first edge to the center of a second edge of the determined viewport; determine a scale orientation based on the measurement from the center of the first edge to the center of the second edge of the determined viewport; and provide, to the user device, the requested map data and instructions for displaying the map data, wherein the instructions include instructions to display a graphical element specifying the scale distance and the scale orientation in at least one of a horizontal or vertical direction. receive a request for map data, the map data being associated with a geographic area; determine a viewport for displaying the map data on a user device; calculate a scale distance based on a measurement from the center of a first edge to the center of a second edge of the determined viewport; determine a scale orientation based on the measurement from the center of the first edge to the center of the second edge of the determined viewport; and provide, to the user device, the requested map data and instructions for displaying the map data, wherein the instructions include instructions to display a graphical element specifying the scale distance and the scale orientation in at least one of a horizontal or vertical direction.
Reversibly modular elastic cutter for producing sausages suitable to be reversibly engaged with the radial arm of a cutter holder suitable to be used in the in the step of cutting/mincing animal meat in an industrial sausage production plant; said cutter being characterised in that it is made up of at least one first H-shaped element and a second C-shaped element , said first element being made up of an outer sharp profile and a pair of larger bending arms (12-12') provided, at the relative distal ends, with a convexity (13-13'), said first element also being provided with a pair of concavities (14-14') arranged substantially at the centre of said first element , or arranged between the inner surface of the outer sharp profile and the proximal end of said larger bending arms (12-12'); said second element being constituted by an outer sharp profile and by a pair of smaller bending elements (22-22') provided - at the relative distal ends - with a convexity (23-23'), said second element also being provided with a pair of concavities (24-24') substantially arranged at the centre of said second element , or arranged between the inner surface of the outer sharp profile and the proximal end of said smaller bending arms (22-22'); said elements being suitable to be mutually and reversibly engaged in a first assembled configuration, wherein the convexities (13-13') of the two larger bending arms (12-12') of said first element are reversibly lodged in the corresponding concavities (24-24') of said second element and the convexities (23-23') of the two smaller bending arms (22-22') of said second element are reversibly but stably lodged in the corresponding concavities (14-14') of said first element ; said first assembled configuration, being provided with a configuration such to confer to said larger (12-12') and smaller (22-22') bending arms a predetermined tensional load; said cutter being suitable to be reversibly inserted, when in said first assembled configuration, in a special seat arranged on each of the radial arms constituting the cutter holder of the industrial meat production plant; said cutter also being suitable to quickly and easily take a second disassembled configuration, when removed from said cutter holder , wherein said first element and said second element are separated from each other to allow cleaning and maintenance operations.
A grading method for knitted products, utilizing a grading system programmed and configured to convert graphical pattern data of knitted products to knit data for driving knitting machines and generating knit data of knitted products for other sizes from graphical pattern data of knitted products for at least two sizes, being characterized in that the following steps are performed by the grading system: a: converting graphical pattern data of at least two sizes of knitted products to be graded to knit data ; b: generating, from the knit data or during the generation of the knit data for said at least two sizes converted in step a, characteristic points specifying shapes of the knitted products, automatically or interactively based upon user's inputs; c: generating intermediate shapes specifying shapes of the knitted products connecting the characteristic points, automatically or interactively based upon user's inputs; d: interpolating or extrapolating the characteristic points and the intermediate shapes according to a desired size of the knitted products so as to generate characteristic points and intermediate shapes for the desired size; e: generating closed loops by connecting the characteristic points and the intermediate shapes for the desired size; and f: generating knit data for the desired size so as to allocate knitted stitches within patterns specified by the closed loops. a: converting graphical pattern data of at least two sizes of knitted products to be graded to knit data ; b: generating, from the knit data or during the generation of the knit data for said at least two sizes converted in step a, characteristic points specifying shapes of the knitted products, automatically or interactively based upon user's inputs; c: generating intermediate shapes specifying shapes of the knitted products connecting the characteristic points, automatically or interactively based upon user's inputs; d: interpolating or extrapolating the characteristic points and the intermediate shapes according to a desired size of the knitted products so as to generate characteristic points and intermediate shapes for the desired size; e: generating closed loops by connecting the characteristic points and the intermediate shapes for the desired size; and f: generating knit data for the desired size so as to allocate knitted stitches within patterns specified by the closed loops.
A device for applying a carbon layer, in particular a diamond layer, to a substrate by chemical vapour deposition, said device comprising a deposition chamber , into which a process gas, in particular molecular hydrogen and/or a mixture of molecular hydrogen and a carbon-containing gas, for example methane, can be fed, characterised in that a gas inlet and gas activation element is provided in the form of a hollow body with a flow channel for the process gas, a wall surrounding the flow channel and an outlet opening feeding from the flow channel into the deposition chamber , and a heating device is provided for heating the wall of the gas inlet and gas activation element , wherein termination bodies are attached to ends of the gas inlet and gas activation element in order to close off the flow channel , wherein a further gas inlet element is provided for introducing a further carbon-containing process gas, preferably methane, into the deposition chamber , wherein the further gas inlet element is arranged so that the further carbon-containing process gas introduced thereby flows over the gas inlet and gas activation element .
Method for laser-based machining of a planar, crystalline substrate in order to separate the substrate into a plurality of parts, in which the laser beam of a laser is directed, for machining the substrate , onto the latter, in which, with an optical arrangement positioned in the beam path of the laser , a laser beam focal surface which is expanded, viewed both along the beam direction (z) and in precisely a first direction (y) perpendicular to the beam direction (z), but which is not expanded in a second direction (x) which is both perpendicular to the first direction (y) and to the beam direction (z), is formed, from the laser beam radiated onto said optical arrangement , on the beam output side of the optical arrangement , the substrate being positioned relative to the laser beam focal surface such that the laser beam focal surface produces, in the interior of the substrate along an expanded surface portion of the substrate material, an induced absorption by means of which induced crack formations in the substrate material along this expanded surface portion are effected, characterised in that the laser beam focal surface is formed with the optical arrangement , by using a conical prism or axicon as an optical element of the optical arrangement , which optical element has a non-spherical free surface which is formed to form the laser beam focal surface with a defined length l , i.e. with a defined expansion viewed in the beam direction (z), and also by positioning a diaphragm , which cuts the expansion of the laser beam in the second direction (x), i.e. which is orientated with the preferential direction in the first direction (y), on the beam output side of this optical element with the non-spherical free surface and also at a spacing z1 therefrom.
A device for fixing a roof covering in a vertical corner of a roof , the device comprising: - a fixing bracket which is provided with a substantially flat part and a substantially bent part, wherein the fixing bracket is configured to be attached to a flat part and an upright part of the roof ; - a clamping apparatus for clamping the roof covering between the clamping apparatus and the fixing bracket , the clamping apparatus comprising an elongate support body and a displaceable clamping body , wherein the clamping body is arranged to move vertically with respect to the support body ; wherein the support body is configured to be placed against the flat part of the fixing bracket and the clamping body is configured to be placed along the bent part of the fixing bracket ; and wherein the clamping apparatus is provided with at least one movable clamping element which is configured to move in the direction of the fixing bracket during the movement of the clamping body . - a fixing bracket which is provided with a substantially flat part and a substantially bent part, wherein the fixing bracket is configured to be attached to a flat part and an upright part of the roof ; - a clamping apparatus for clamping the roof covering between the clamping apparatus and the fixing bracket , the clamping apparatus comprising an elongate support body and a displaceable clamping body , wherein the clamping body is arranged to move vertically with respect to the support body ; wherein the support body is configured to be placed against the flat part of the fixing bracket and the clamping body is configured to be placed along the bent part of the fixing bracket ; and wherein the clamping apparatus is provided with at least one movable clamping element which is configured to move in the direction of the fixing bracket during the movement of the clamping body .
A table device for a motor vehicle, preferably a commercial vehicle, having: a table top ; a movement element , preferably a carriage, to which the table top is fitted such that it can be folded; a vertical guide , on which the movement element is movably guided; and a servo assistance device , which is connected to the movement element to reduce the force for moving and/or holding the movement element and the table top attached thereto; characterized in that the servo assistance device has a preferably movably guided counterweight , which is connected to the movement element as a counterweight for the movement element and/or the table top ; and a pull cable , which connects the counterweight to the movement element , wherein the pull cable is designed as a block and tackle. a table top ; a movement element , preferably a carriage, to which the table top is fitted such that it can be folded; a vertical guide , on which the movement element is movably guided; and a servo assistance device , which is connected to the movement element to reduce the force for moving and/or holding the movement element and the table top attached thereto; a preferably movably guided counterweight , which is connected to the movement element as a counterweight for the movement element and/or the table top ; and a pull cable , which connects the counterweight to the movement element , wherein the pull cable is designed as a block and tackle.
A ground terminal for discharging electric currents from a rotor part of a vehicle, in particular a rail vehicle or the like, having an axle to a stationary stator part of the vehicle, the ground terminal comprising a retaining device and a terminal element , the retaining device being connected to the stationary stator part of the vehicle in an electrically conductive manner, the terminal element being disposed on the retaining device and being connected thereto in an electrically conductive manner, the terminal element being made mostly of graphite, the terminal element being subjected to a contact force by means of a spring device of the retaining device in order to realize an electrically conductive sliding contact between a sliding contact surface of the terminal element provided for realizing the sliding contact and a terminal surface of the rotor part, characterized in that the terminal element has an arc-shaped cross section at least in sections, a radial outer surface of the cross section forming the sliding contact surface at least in sections, the sliding contact surface being realized to abut radially against the terminal surface of the rotor part.
A mobile terminal, comprising: a middle shell configured as a middle support of the mobile terminal; a front shell fixed on a front side of the middle shell ; a back cover fixed on a back side of the middle shell and configured to cover the back side of the middle shell ; and a display screen and a touch screen arranged on the front shell in sequence, wherein the front shell is configured to support the display screen and the touch screen , and the display screen is positioned between the front shell and the touch screen ; wherein : the mobile terminal further comprises a battery cover fixed on the back cover and configured to cover a battery; both the middle shell and the back cover are configured to support electronic elements of the mobile terminal arranged thereon; and a protrusion is arranged on an edge of a front side of a periphery of the front shell , and the protrusion abuts an edge of the front side surface of the middle shell . a middle shell configured as a middle support of the mobile terminal; a front shell fixed on a front side of the middle shell ; a back cover fixed on a back side of the middle shell and configured to cover the back side of the middle shell ; and a display screen and a touch screen arranged on the front shell in sequence, wherein the front shell is configured to support the display screen and the touch screen , and the display screen is positioned between the front shell and the touch screen ; wherein : the mobile terminal further comprises a battery cover fixed on the back cover and configured to cover a battery; both the middle shell and the back cover are configured to support electronic elements of the mobile terminal arranged thereon; and a protrusion is arranged on an edge of a front side of a periphery of the front shell , and the protrusion abuts an edge of the front side surface of the middle shell .
A method of setting a screw , in particular a flow-drilling screw , in which the screw is driven at a first revolution speed (n 0% ) and at a first axial feed force (F a 0% ) during a time-limited first phase (t A ) to drive the screw through at least one component ; it is established whether the screw has penetrated the component ; and, in the event that the screw has not penetrated the component during the first phase (t A ), the screw is automatically driven at a second revolution speed (n) which is higher than the first revolution speed (n 0% ) and/or is driven at a second axial feed force (F a ) which is higher than the first axial feed force (F a 0% ) during a second phase (t B ) subsequent to the first phase (t A ).
A waste storage tank (102; 202; 302; 402) of a vacuum waste collection system (101; 201; 301; 401), having a waste infeed opening (105; 205; 305; 405) in an infeed area (103; 203; 303) thereof, a tank waste collection volume (104; 204; 304; 404) for temporary storing waste (W) introduced through the infeed opening, a lower tank discharge area (109; 209; 309) to which vacuum is applied for emptying of the waste storage tank (102; 202; 302; 402) and means (108, 115-119; 211-214, 215-219; 311-314; 411-414) for stowing and distributing waste (W) in distribution sequences (DS) inside the waste storage tank (102; 202; 302; 402), said means comprising a waste emptying screw (108; 208; 308; 408) in a bottom area (106; 206; 306) of the tank waste collection volume (104; 204; 304; 404) for assisting emptying of the waste storage tank (102; 202; 302; 402), and associated first control means (115-119) for activating and controlling operation of the waste emptying screw (108; 208; 308; 408), characterized in that the associated first control means activates and controls operation of the waste emptying screw (108; 208; 308; 408) at least in the direction for feeding waste in the tank waste collection volume (104; 204; 304; 404) towards the lower tank discharge area (109; 209; 309) during the distribution sequences (DS) outside tank emptying phases, and by means (130-132; 230-232; 330; 221; 221'; 221"; 321A, 321B; 421A-C) for preventing packing and compression of waste in the discharge area (109; 209; 309) during said distribution sequences (DS) comprising a blocking beam (130-132; 230-232; 330) extendable into a transition area between the tank waste collection volume (104; 204; 304; 404) and the tank discharge area (109; 209; 309), as well as retractable therefrom.
Ball stud for a ball joint for use on the chassis of a vehicle, with a joint shaft and a joint ball connected to the joint shaft , wherein a blind hole is formed in the joint ball , the blind hole receiving sections of the joint shaft , and the joint shaft is pressed into the blind hole , and the blind hole tapers from its opening , wherein a receiving section formed on the joint shaft has a complementary shaping to the blind hole , characterized in that a nitrocarburized joint ball made from steel is involved.
A three-dimensional, 3D, stack , comprising: a capacitor layer comprising capacitors and capacitor layer connectors respectively communicative with corresponding capacitors ; and an integrated circuit, IC, layer stacked vertically between the capacitor layer and a detector layer , and hybridized to the detector layer , the IC layer comprising IC layer connectors respectively communicative with corresponding capacitor layer connectors ; characterized in that : the capacitor layer comprises a capacitor layer body and an upper surface , and the capacitors are suspended within a support structure of the capacitor layer body which is formed of dielectric material, and an upper surface of each of the capacitors is coplanar with the upper surface of the support structure . a capacitor layer comprising capacitors and capacitor layer connectors respectively communicative with corresponding capacitors ; and an integrated circuit, IC, layer stacked vertically between the capacitor layer and a detector layer , and hybridized to the detector layer , the IC layer comprising IC layer connectors respectively communicative with corresponding capacitor layer connectors ; characterized in that : the capacitor layer comprises a capacitor layer body and an upper surface , and the capacitors are suspended within a support structure of the capacitor layer body which is formed of dielectric material, and an upper surface of each of the capacitors is coplanar with the upper surface of the support structure .
Supporting means for supporting a screening device in a frame structure, which has at least one pair of opposed frame pieces , said supporting means comprising a pair of bracket members provided for mounting on a respective frame piece of said pair of opposed frame pieces and a pair of coupling members which can be positioned at either of two opposing ends of the screening device, wherein at least one bracket member of said pair of bracket members comprises a base for abutment on the frame piece , a main face opposite the base and at least one outer bracket member engagement side interconnecting the base and the main face and intended for engaging a coupling member characterised in that a part of the main face is provided by a releasable cover member , and that below the cover member an electrical contact point is provided.
A redundant control system for controlling a first delivery pressure for a first brake actuator and a second delivery pressure for a second brake actuator of a vehicle, the redundant control system comprising: a first electronic control unit ; a first valve assembly , controlled by the first electronic control unit and configured to provide a first pressure ; a second electronic control unit ; a second valve assembly , controlled by the second electronic control unit and configured to provide a second pressure ; whereby the redundant control system further comprises: a first selector valve , controlled by the first electronic control unit , configured to provide the second delivery pressure by selecting either the first pressure or the second pressure ; and a second selector valve , controlled by the second electronic control unit , configured to provide the first delivery pressure by selecting either the first pressure or the second pressure . a first electronic control unit ; a first valve assembly , controlled by the first electronic control unit and configured to provide a first pressure ; a second electronic control unit ; a second valve assembly , controlled by the second electronic control unit and configured to provide a second pressure ; whereby the redundant control system further comprises: a first selector valve , controlled by the first electronic control unit , configured to provide the second delivery pressure by selecting either the first pressure or the second pressure ; and a second selector valve , controlled by the second electronic control unit , configured to provide the first delivery pressure by selecting either the first pressure or the second pressure . a first selector valve , controlled by the first electronic control unit , configured to provide the second delivery pressure by selecting either the first pressure or the second pressure ; and a second selector valve , controlled by the second electronic control unit , configured to provide the first delivery pressure by selecting either the first pressure or the second pressure .