mhurhangee/ep-ind-claims huggingface dataset:
Load carrier for a motor vehicle, in particular a car, with a support structure for carrying a load which, in an operating position of the load carrier, extends to the rear beyond a rear section of the motor vehicle, wherein the load carrier has a support assembly for placing the load, adjustable relative to the support structure, between a vehicle running position provided for operation of the motor vehicle and a loading position provided for loading and unloading of the motor vehicle, wherein the support assembly with the load mounted on it releases in the loading position a swivelling section of a tailgate or a rear door of the motor vehicle, characterised in that the support structure includes a carrier element mounted slidably on the motor vehicle, in particular a carrier platform which may be pulled out rearwards beyond the body of the motor vehicle, and that the support structure has a mounting for releasable fitting to a trailer coupling of the motor vehicle.
A device for dividing a surface into partial surfaces, comprising a frame surrounding the surface and at least one bar arranged on the frame, wherein the bar is arranged on the frame in such a way that at least two partial surfaces (3a, 3b) are formed, and the bar is arranged on the frame such that it can be displaced along a first direction, so that the dimensions of the partial surfaces (3a, 3b) can be changed in one direction by displacing the bar, wherein a transverse bar is arranged on the bar at an angle, preferably at a substantially right angle, the transverse bar being arranged on the frame such that it can be displaced along a second direction, so that the bar and the transverse bar form at least two partial surfaces (3a, 3b) whose sizes can be changed by displacing the bar and the transverse bar, wherein fastening devices, for example spikes, are provided for fastening bags, pouches, wall elements, tarpaulins or other elements, characterised in that wall elements are provided on the bar and on the transverse bar.
An apparatus (100; 400; 700; 900; 1000) for use with a chair, the apparatus comprising: a booster seat (105; 405; 705), the booster seat adapted to be positioned on a seat of the chair and to act as a seat for a user; a table (110; 410; 710; 905; 1005), the table comprising: a tabletop (145; 415; 715); a frontal sidewall (150; 420; 720), the frontal sidewall oriented at an oblique angle between 30 degrees and 60 degrees relative to the tabletop; and a device mount (160; 725), the device mount adapted to attach an electronic display device to the tabletop; and mounting hardware adapted to removably mount the table to the booster seat such that the tabletop is tilted towards the user when the user is seated in the booster seat and the frontal sidewall is vertical a booster seat (105; 405; 705), the booster seat adapted to be positioned on a seat of the chair and to act as a seat for a user; a table (110; 410; 710; 905; 1005), the table comprising: a tabletop (145; 415; 715); a frontal sidewall (150; 420; 720), the frontal sidewall oriented at an oblique angle between 30 degrees and 60 degrees relative to the tabletop; and a device mount (160; 725), the device mount adapted to attach an electronic display device to the tabletop; and a tabletop (145; 415; 715); a frontal sidewall (150; 420; 720), the frontal sidewall oriented at an oblique angle between 30 degrees and 60 degrees relative to the tabletop; and a device mount (160; 725), the device mount adapted to attach an electronic display device to the tabletop; and mounting hardware adapted to removably mount the table to the booster seat such that the tabletop is tilted towards the user when the user is seated in the booster seat and the frontal sidewall is vertical
A baking tray assembly for industrial and commercial use comprising a baking tray and a contoured reinforcing band, the tray having: (a) a horizontal bottom baking surface; and (b) a wall portion (24, 26) surrounding the baking surface and formed integrally therewith, said wall portion comprising an angled sidewall surface and a vertical sidewall surface; the contoured reinforcing band being positioned around the outer perimeter of the wall portion, wherein the vertical sidewall surface of the wall portion has been rolled downward to create a lip which encloses and secures the contoured reinforcing band; characterized in that the contoured reinforcing band has an s-shaped cross-sectional geometry including first, second and third portions, wherein the first portion defines a first inward-facing lengthwise channel, the second portion defines an outward-facing lengthwise channel and the third portion defines a second inward-facing channel, whereby said contoured reinforcing band is operative to impart strength and stability to the baking tray while reducing the overall mass of the reinforcing band. (a) a horizontal bottom baking surface; and (b) a wall portion (24, 26) surrounding the baking surface and formed integrally therewith, said wall portion comprising an angled sidewall surface and a vertical sidewall surface; the contoured reinforcing band being positioned around the outer perimeter of the wall portion, wherein the vertical sidewall surface of the wall portion has been rolled downward to create a lip which encloses and secures the contoured reinforcing band; characterized in that the contoured reinforcing band has an s-shaped cross-sectional geometry including first, second and third portions, wherein the first portion defines a first inward-facing lengthwise channel, the second portion defines an outward-facing lengthwise channel and the third portion defines a second inward-facing channel, whereby said contoured reinforcing band is operative to impart strength and stability to the baking tray while reducing the overall mass of the reinforcing band.
A cleaning robot comprising: a sensor configured to sense obstacle information; and a controller configured to generate a map based on sensed values obtained by the sensor, analyze a structure of the generated map by detecting points at which the map can be segmented into a plurality of segments, and generate a map image based on an analysis result, characterised in that the controller detects the points at which the map can be segmented into a plurality of segments based on a width of a section formed by one or more pixels displayed as not having an obstacle while moving a detection point along a frame edge from a branch node to a leaf node among a frame of the map along a frame edge. a sensor configured to sense obstacle information; and a controller configured to generate a map based on sensed values obtained by the sensor, analyze a structure of the generated map by detecting points at which the map can be segmented into a plurality of segments, and generate a map image based on an analysis result, characterised in that the controller detects the points at which the map can be segmented into a plurality of segments based on a width of a section formed by one or more pixels displayed as not having an obstacle while moving a detection point along a frame edge from a branch node to a leaf node among a frame of the map along a frame edge.
A plate material supplying apparatus for supplying a plate material to a plate material feeding apparatus intermittently transporting the plate material, the plate material supplying apparatus comprising: an upper portion conveying the plate material substantially in a plate material feeding apparatus direction; a central portion receiving the plate material conveyed from the upper portion to convey the plate material in a diagonally vertical downward direction substantially opposite to the plate material feeding apparatus direction; and a lower portion receiving the plate material conveyed from the central portion to convey the plate material substantially in the plate material feeding apparatus direction; characterized in that the plate material supplying apparatus is provided with a space in which the plate material is capable of being retained in response to intermittent transportation of the plate material feeding apparatus, the space being provided between the central portion and the lower portion, the central portion is capable of conveying the plate material from the upper portion to the central portion at a constant speed, and the plate material is conveyed in the horizontal direction or a direction downwardly inclined from the horizontal direction in the upper portion, and the plate material is conveyed in the horizontal direction or a direction downwardly inclined from the horizontal direction in the lower portion. an upper portion conveying the plate material substantially in a plate material feeding apparatus direction; a central portion receiving the plate material conveyed from the upper portion to convey the plate material in a diagonally vertical downward direction substantially opposite to the plate material feeding apparatus direction; and a lower portion receiving the plate material conveyed from the central portion to convey the plate material substantially in the plate material feeding apparatus direction; characterized in that the plate material supplying apparatus is provided with a space in which the plate material is capable of being retained in response to intermittent transportation of the plate material feeding apparatus, the space being provided between the central portion and the lower portion, the central portion is capable of conveying the plate material from the upper portion to the central portion at a constant speed, and the plate material is conveyed in the horizontal direction or a direction downwardly inclined from the horizontal direction in the upper portion, and the plate material is conveyed in the horizontal direction or a direction downwardly inclined from the horizontal direction in the lower portion.
A terminal device, comprising a processor, a direct stream digital DSD audio playback circuit, and a headset jack, wherein the processor is connected to the DSD audio playback circuit, and the DSD audio playback circuit is connected to the headset jack, wherein the processor is configured to output a DSD audio signal to the DSD audio playback circuit in response to triggering performed by a user; the processor is further configured to determine, according to a correspondence between a preset scenario and alert tone control information, alert tone control information corresponding to the current scenario; wherein the preset scenario and the alert tone control information are stored in a nonvolatile memory; the DSD audio playback circuit is configured to: - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and the headset jack is configured to connect to a headset, to play the superposed audio signal and alert tone by using the headset, wherein the current scenario includes at least one of the following scenarios: incoming of a call, receiving of an SMS message, receiving of a WeChat message, receiving of a QQ message, and insufficient power. the processor is configured to output a DSD audio signal to the DSD audio playback circuit in response to triggering performed by a user; the processor is further configured to determine, according to a correspondence between a preset scenario and alert tone control information, alert tone control information corresponding to the current scenario; wherein the preset scenario and the alert tone control information are stored in a nonvolatile memory; the DSD audio playback circuit is configured to: - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and - process the DSD audio signal; - generate the alert tone according to the alert tone control information corresponding to the current scenario; and - superpose the processed DSD audio signal and the alert tone; and the headset jack is configured to connect to a headset, to play the superposed audio signal and alert tone by using the headset, wherein the current scenario includes at least one of the following scenarios: incoming of a call, receiving of an SMS message, receiving of a WeChat message, receiving of a QQ message, and insufficient power.
Connector, in particular for electrically connecting a first component, in particular a ribbon cable, to a second component, in particular a printed circuit board, comprising: - an insulating housing body which comprises a contact receptacle for receiving a contact region of the first component along a receiving direction, and - a plurality of resilient contact brackets arranged side by side and electrically insulated from one another by the housing body, which plurality is designed to electrically contact the contact region of the first component and to electrically connect the second component to the first component, wherein the plurality of contact brackets is arranged in a first arrangement relative to the receiving direction and/or in a second arrangement relative to the receiving direction, and wherein the contact receptacle is positioned on the housing body such that, in the case of the housing body being identical, each of the plurality of contact brackets in the first arrangement can exert a predeterminable first contact force on the contact region of the first component, and each the plurality of contact brackets in the second arrangement can exert a predeterminable second contact force on the contact region of the first component, wherein the first contact force is different from the second contact force, characterized in that the contact brackets are identical. - an insulating housing body which comprises a contact receptacle for receiving a contact region of the first component along a receiving direction, and - a plurality of resilient contact brackets arranged side by side and electrically insulated from one another by the housing body, which plurality is designed to electrically contact the contact region of the first component and to electrically connect the second component to the first component, wherein the plurality of contact brackets is arranged in a first arrangement relative to the receiving direction and/or in a second arrangement relative to the receiving direction, and wherein the contact receptacle is positioned on the housing body such that, in the case of the housing body being identical, each of the plurality of contact brackets in the first arrangement can exert a predeterminable first contact force on the contact region of the first component, and each the plurality of contact brackets in the second arrangement can exert a predeterminable second contact force on the contact region of the first component, each of the plurality of contact brackets in the first arrangement can exert a predeterminable first contact force on the contact region of the first component, and each the plurality of contact brackets in the second arrangement can exert a predeterminable second contact force on the contact region of the first component, wherein the first contact force is different from the second contact force, characterized in that the contact brackets are identical.
An air intake structure for an internal combustion engine including a cylinder head coupled to a cylinder block and having an intake passageway defined therein, the intake passageway housing a partition disposed along an intake flow direction and being divided by the partition into a tumble flow passage and a main flow passage, wherein the partition in the cylinder head has a downstream end curved toward the cylinder block, and the tumble flow passage has a downstream end oriented toward a ceiling surface of a combustion chamber of the internal combustion engine; and characterized in that the tumble flow passage in the cylinder head includes a first curved portion that is curved concavely toward the cylinder block along a cylinder axis of the cylinder block and a second curved portion that is curved convexly toward the cylinder block, the first curved portion of the tumble flow passage in the cylinder head is disposed upstream of the second curved portion with respect to the intake flow direction and downstream of a joint surface of the cylinder head to which an inlet pipe is connected; and the first curved portion has a radius of curvature that is smaller than a radius of curvature of the second curved portion. the partition in the cylinder head has a downstream end curved toward the cylinder block, and the tumble flow passage has a downstream end oriented toward a ceiling surface of a combustion chamber of the internal combustion engine; and characterized in that the tumble flow passage in the cylinder head includes a first curved portion that is curved concavely toward the cylinder block along a cylinder axis of the cylinder block and a second curved portion that is curved convexly toward the cylinder block, the first curved portion of the tumble flow passage in the cylinder head is disposed upstream of the second curved portion with respect to the intake flow direction and downstream of a joint surface of the cylinder head to which an inlet pipe is connected; and the first curved portion has a radius of curvature that is smaller than a radius of curvature of the second curved portion.
A method of tracking lifetime of a supply item having toner configured for installation in an imaging device having a controller, comprising: storing in memory of a chip configured for installation with the supply item a certificate having a first value representing an original amount of quanta corresponding to the lifetime of the supply item; and configuring the chip to receive from the controller a query for decrements of quanta from the original amount of quanta at a time when the imaging device requires additional quanta and tallying same, wherein the quanta negotiations between the imaging device and the supply item is configured to occur in a quanta decrement-only fashion until the quanta is depleted, thus ending the allowable usage of the supply item. storing in memory of a chip configured for installation with the supply item a certificate having a first value representing an original amount of quanta corresponding to the lifetime of the supply item; and configuring the chip to receive from the controller a query for decrements of quanta from the original amount of quanta at a time when the imaging device requires additional quanta and tallying same, wherein the quanta negotiations between the imaging device and the supply item is configured to occur in a quanta decrement-only fashion until the quanta is depleted, thus ending the allowable usage of the supply item.
A vaccine composition comprising (a) a polypeptide that is 100% identical to amino acids 1 - 819 of PhtD as shown in Figure 6 (amino acids 20-838 of SEQ ID NO: 4); and (b) a pharmaceutically acceptable carrier.
Device for mixing and introducing feed substances such as gases and/or liquids into a hot reaction space, said device comprising at least one metal tube, the reaction space end of which is open, and which is connected to an apparatus providing a means for feeding the feed substances into the device, wherein the outer surface of the metal tube is surrounded by a layer of heat insulating refractory material which extends along the tube axis starting from the metal tube end on the side of the reaction space, characterized in that the metal tube end on the side of the reaction space has a wall thickness of between 0.1 and 3 mm, wherein the tube wall thickness increases continually in the upsteam direction, thereby achieving a fast removal of the heat absorbed at the tube end and preventing an overheating thereof.
Accessory gearbox for turbomachine equipment comprising a casing and two gear lines (40a, 40b) arranged in a "V" shape, the casing comprising two arms (30a, 30b) in both of which one of the two gear lines (40a, 40b) is arranged, with a lubricant tank being arranged between the two gear lines (40a, 40b), characterized in that the casing is a first crankcase, and the lubricant tank is a second crankcase mounted in the first crankcase.
A synchronous motor comprising one or more field structures (11b; 21b) and one or more armatures (15b; 25b), the field structures having poles (12b; 22b) for generating a magnetic field and the armatures having teeth (13b; 23b) with slots therebetween and coil windings disposed in those slots, wherein the poles define a magnetic field of wavelength λ and wherein A. extensions are absent from tips of a plurality of the teeth, B. said coil windings comprise a succession of coil windings, none of which overlaps a next immediate coil winding in the succession, C. each of a plurality of said coil windings are pre-wound prior to being disposed in said slots, D. a relative dimension of poles to teeth, along a relative direction of motion of the poles to the teeth, is selected so as to minimize a sixth harmonic term of a cogging force in a Fourier analysis of the forces, wherein the cogging force results from interaction of the magnetic field and the armature and is proportional to a square of the magnetic field strength. A. extensions are absent from tips of a plurality of the teeth, B. said coil windings comprise a succession of coil windings, none of which overlaps a next immediate coil winding in the succession, C. each of a plurality of said coil windings are pre-wound prior to being disposed in said slots, D. a relative dimension of poles to teeth, along a relative direction of motion of the poles to the teeth, is selected so as to minimize a sixth harmonic term of a cogging force in a Fourier analysis of the forces, wherein the cogging force results from interaction of the magnetic field and the armature and is proportional to a square of the magnetic field strength.
A kit (4000, 5100) including a guiding system and a bone material removal device (500, 2100, 2900, 3000, 4004, 5100, 5200), said guiding system comprising: a guiding cannula (4002, 5106); and the bone material removal device having a longitudinal shaft (506, 606, 4024, 5202) and a cutting portion (502, 4020) comprising an extendable cutting tooth (510, 630, 2106, 2902, 4028, 5210) selectively positionable in an open and a closed orientation, having a longitudinally-oriented cutting edge, said extendable cutting tooth configured to radially extend and thereby to cause an increase of a cross-sectional diameter of the bone material removal device; characterized in that: said cutting tooth (510, 630, 2106, 2902, 4028, 5210) is pivotably attached to a hinge member (650, 2204, 4030) longitudinally oriented along said longitudinal shaft (506, 606, 4024, 5202). a guiding cannula (4002, 5106); and the bone material removal device having a longitudinal shaft (506, 606, 4024, 5202) and a cutting portion (502, 4020) comprising an extendable cutting tooth (510, 630, 2106, 2902, 4028, 5210) selectively positionable in an open and a closed orientation, having a longitudinally-oriented cutting edge, said extendable cutting tooth configured to radially extend and thereby to cause an increase of a cross-sectional diameter of the bone material removal device; characterized in that: said cutting tooth (510, 630, 2106, 2902, 4028, 5210) is pivotably attached to a hinge member (650, 2204, 4030) longitudinally oriented along said longitudinal shaft (506, 606, 4024, 5202).