mhurhangee/patent-ind-claim-en huggingface dataset:
A display assembly , comprising: a display screen , comprising: a display panel , and a backlight module , comprising a base plate , wherein the display screen defines a light transmitting hole at least penetrating through the backlight module , and the light transmitting hole is configured to accommodate a functional device; and a positioning member , being protruded out from a side of the base plate facing away from the display panel and located at a periphery of the light transmitting hole , and the positioning member being configured to limit a movement of the functional device in a direction parallel to the base plate ; characterized in that the positioning member comprises a supporting plate and a limit ring extending from the supporting plate toward a direction away from the display screen , and the supporting plate is fixed to the backlight module . a display screen , comprising: a display panel , and a backlight module , comprising a base plate , wherein the display screen defines a light transmitting hole at least penetrating through the backlight module , and the light transmitting hole is configured to accommodate a functional device; and a display panel , and a backlight module , comprising a base plate , wherein the display screen defines a light transmitting hole at least penetrating through the backlight module , and the light transmitting hole is configured to accommodate a functional device; and a positioning member , being protruded out from a side of the base plate facing away from the display panel and located at a periphery of the light transmitting hole , and the positioning member being configured to limit a movement of the functional device in a direction parallel to the base plate ; characterized in that the positioning member comprises a supporting plate and a limit ring extending from the supporting plate toward a direction away from the display screen , and the supporting plate is fixed to the backlight module .
A fuse (F) for a device to be protected, wherein the fuse (F) has a first contact and a second contact , whereby the second contact being used to electrically contact the device to be protected, wherein the fuse (F) has a fuse element that connects the first contact to the second contact , wherein the fuse (F) also has an additional contact , whereby the additional contact being arranged so as to be insulated from the first contact and insulated from the second contact and, in an untripped state, is contactless with respect to the fuse element , characterized in that a fourth contact is provided that makes external triggering available, whereby on the vent of triggering the fuse element is caused to fuse indirectly or directly, whereby the fourth contact is arranged for being used as an ignition spark gap for the area of approximation of the further contact towards the fuse element
A compactor roller, in particular for a soil compactor with at least one roller divided in the direction of a roller rotary axis, comprising a roller shell surrounding a roller rotary axis (A) and longitudinally extended in the direction of the roller rotary axis (A), and at least one roller disk connected to the roller shell at its inner circumferential surface in the inner roller space surrounded by the roller shell , wherein - a reinforcing arrangement with a reinforcing ring arranged in the inner roller space at an axial interval to the roller disk and connected to the roller jacket on its inner circumferential surface , and with a reinforcing structural group connected to the roller disk and to the reinforcing ring is provided associated with the roller disk , and - wherein the reinforcing structural group comprises two first reinforcing plates which are arranged eccentrically in relation to the roller rotary axis (A), wherein the first reinforcing plates are provided on both sides of the roller rotary axis (A) and essentially parallel to each other and are connected to the roller disk in a first axial end area and are connected to the reinforcing ring in a second axial end area , characterized in that the reinforcing structural group comprises a second reinforcing plate connected to the roller disk , arranged between the first reinforcing plates and, wherein the second reinforcing plate is not connected to the reinforcing ring , and wherein the second reinforcing plate intersects the rotary roller axis (A). - a reinforcing arrangement with a reinforcing ring arranged in the inner roller space at an axial interval to the roller disk and connected to the roller jacket on its inner circumferential surface , and with a reinforcing structural group connected to the roller disk and to the reinforcing ring is provided associated with the roller disk , and - wherein the reinforcing structural group comprises two first reinforcing plates which are arranged eccentrically in relation to the roller rotary axis (A), wherein the first reinforcing plates are provided on both sides of the roller rotary axis (A) and essentially parallel to each other and are connected to the roller disk in a first axial end area and are connected to the reinforcing ring in a second axial end area ,
Blasting probe for introducing a granular blasting material into a cavity, in particular into a narrow, coked cavity such as an inlet channel of a valve of an internal combustion engine, in particular for cleaning said cavity, the probe comprising - a blast tube , a rear end of which can be connected to a blasting material feed line and - a blast nozzle at the front end of the blast tube , which blast nozzle has a plurality of, preferably three, outlet openings for the blasting material which are radial in relation to the longitudinal axis of the blast tube , are evenly distributed in the circumferential direction of the blast tube and are each associated with an impact surface arranged obliquely with respect to the longitudinal axis of the blast tube , characterized in that the blast nozzle has a nozzle body having a bore , which bore extends in the longitudinal direction of the blast tube and forms a blasting material channel , which channel opens into the radial outlet openings and the end of which channel in the blasting direction is formed by the impact surfaces which form a roof-shaped or pyramid-shaped deflecting body . - a blast tube , a rear end of which can be connected to a blasting material feed line and - a blast nozzle at the front end of the blast tube , which blast nozzle has a plurality of, preferably three, outlet openings for the blasting material which are radial in relation to the longitudinal axis of the blast tube , are evenly distributed in the circumferential direction of the blast tube and are each associated with an impact surface arranged obliquely with respect to the longitudinal axis of the blast tube ,
A method for manufacturing, comprising: coating a substrate with a matrix containing a material to be patterned on the substrate ; irradiating the coated substrate with a first energy beam so as to fix a pattern in the matrix while increasing a reflectivity of the matrix within a locus of the pattern by directing the energy beam to impinge on the locus of the pattern without fully sintering the material in the matrix ; ablating the matrix remaining on the substrate outside the fixed pattern without ablating the locus of the pattern by irradiating the matrix with a second energy beam at a fluence that is less than an ablation threshold of the matrix within the locus of the pattern ; and after ablating the matrix , sintering the material in the pattern . coating a substrate with a matrix containing a material to be patterned on the substrate ; irradiating the coated substrate with a first energy beam so as to fix a pattern in the matrix while increasing a reflectivity of the matrix within a locus of the pattern by directing the energy beam to impinge on the locus of the pattern without fully sintering the material in the matrix ; ablating the matrix remaining on the substrate outside the fixed pattern without ablating the locus of the pattern by irradiating the matrix with a second energy beam at a fluence that is less than an ablation threshold of the matrix within the locus of the pattern ; and after ablating the matrix , sintering the material in the pattern .
A method of mitigating filter inconsistency in a heading estimate from a navigation filter designed to estimate a joint probability density function (PDF) of a position, a velocity, an attitude, and a heading of an inertial navigation system comprising at least one inertial measurement unit, IMU, and at least one relative aiding sensor , the method comprising: estimating an initial-heading error using a first filter error state ; estimating an accumulated heading-change error, using a second filter error state; wherein the first error state is an independent and distinct error state from the second filter error state; and wherein the initial-heading error and the accumulated heading-change error are defined to correspond directly to navigation quantities explicitly computed in the inertial navigation system. estimating an initial-heading error using a first filter error state ; estimating an accumulated heading-change error, using a second filter error state; wherein the first error state is an independent and distinct error state from the second filter error state; and wherein the initial-heading error and the accumulated heading-change error are defined to correspond directly to navigation quantities explicitly computed in the inertial navigation system.
A lignocellulosic composite composition comprising: (a) a lignocellulosic component; (b) a bis-electrophile; and (c) a polynucleophile, wherein the bis-electrophile is a cyclic dianhydride that is opened when reacted with a nucleophile.
A sacro-iliac implant , comprising: a body including a proximal portion and a distal tip , the proximal portion being a shaft having a length (L), the shaft including an inner surface that defines a longitudinal cavity and an outer surface having a uniform diameter (D2, D3) along the length (L) of the shaft, the outer surface including a thread extending along the length (L) of the shaft, having a trailing edge disposed perpendicular to the outer surface and a leading edge disposed transverse to the outer surface , the body defining a plurality of lateral openings in communication with the longitudinal cavity , the lateral openings extending through the thread , and the inner surface including a first mating surface engageable with a first instrument surface and a second mating surface engageable with a second instrument surface . a body including a proximal portion and a distal tip , the proximal portion being a shaft having a length (L), the shaft including an inner surface that defines a longitudinal cavity and an outer surface having a uniform diameter (D2, D3) along the length (L) of the shaft, the outer surface including a thread extending along the length (L) of the shaft, having a trailing edge disposed perpendicular to the outer surface and a leading edge disposed transverse to the outer surface , the body defining a plurality of lateral openings in communication with the longitudinal cavity , the lateral openings extending through the thread , and the inner surface including a first mating surface engageable with a first instrument surface and a second mating surface engageable with a second instrument surface .
Rail vehicle , comprising a subframe, the subframe being configured with longitudinal carriers which lie on the outside, and at least one carrier being mounted rotatably on the subframe per vehicle side, which at least one carrier can be pivoted between a rest position and an operating position, and which at least one carrier has a lifting point of the rail vehicle at an end which is pivoted out in the operating position, the longitudinal carriers having recesses , into which the carriers are pivoted in their rest position.
A vehicle travelling control apparatus configured to be installed at an own vehicle comprising - a planning unit that is configured to generate a travelling plan of the own vehicle; - a target detection unit which is configured to receive information from a vehicle surroundings observation unit of the own vehicle and to detect an object in the surroundings of the own vehicle based on the received data; and - a visibility planning unit which is configured to determine a time during which the detected object will be outside a field of view of the vehicle surroundings observation unit while the own vehicle travels along the travelling plan and to input correction information to the planning unit if the determined time is greater than a preset allowable time. - a planning unit that is configured to generate a travelling plan of the own vehicle; - a target detection unit which is configured to receive information from a vehicle surroundings observation unit of the own vehicle and to detect an object in the surroundings of the own vehicle based on the received data; and - a visibility planning unit which is configured to determine a time during which the detected object will be outside a field of view of the vehicle surroundings observation unit while the own vehicle travels along the travelling plan and to input correction information to the planning unit if the determined time is greater than a preset allowable time.
A telescopic arm segment assembly , comprising a rolling element assembly for a telescopic arm segment assembly comprising: ∘ two rolling elements , each comprising ▪ a rolling element housing , ▪ two rollers and that are rotatably fixed to one side of said rolling element housing ▪ two holes for aligning and subsequently fixing two threaded positioner bolts into corresponding mounting slits of a second segment of a telescopic arm, ∘ a spring-loaded connecting element , connecting the two rolling elements such that the four rollers are clamped between the upper cover and lower termination of a runner rail , and a set of concentrically arranged sliding arm segments, ∘ wherein a first segment comprises at least one runner rail with an upper cover and a lower termination arranged opposite to the upper cover, o and wherein an second segment comprises at least four mounting slits for fixing said rolling element assembly by said threaded positioner bolts while being clamped in said runner rail, the relative positions of the positioner bolts in the mounting slits being determined by the clamping action of the spring-loaded connecting element . ∘ two rolling elements , each comprising ▪ a rolling element housing , ▪ two rollers and that are rotatably fixed to one side of said rolling element housing ▪ two holes for aligning and subsequently fixing two threaded positioner bolts into corresponding mounting slits of a second segment of a telescopic arm, ▪ a rolling element housing , ▪ two rollers and that are rotatably fixed to one side of said rolling element housing ▪ two holes for aligning and subsequently fixing two threaded positioner bolts into corresponding mounting slits of a second segment of a telescopic arm, ∘ a spring-loaded connecting element , connecting the two rolling elements such that the four rollers are clamped between the upper cover and lower termination of a runner rail , ∘ wherein a first segment comprises at least one runner rail with an upper cover and a lower termination arranged opposite to the upper cover, o and wherein an second segment comprises at least four mounting slits for fixing said rolling element assembly by said threaded positioner bolts while being clamped in said runner rail, the relative positions of the positioner bolts in the mounting slits being determined by the clamping action of the spring-loaded connecting element .
A self-balancing vehicle, comprising a left housing assembly , a right housing assembly , a left wheel train , a right wheel train and a rotation mechanism ; wherein the left wheel train is connected with the left housing assembly , a first end of the rotation mechanism is connected with the right wheel train and the right housing assembly , a second end of the rotation mechanism is inserted into the left housing assembly and rotationally connected with the left housing assembly ; wherein the rotation mechanism comprises a rotation shaft , a right press block and a bearing , wherein the rotation shaft is connected with the right wheel train , the rotation shaft is pressed by the right press block which is connected with the right housing assembly , the bearing is sleeved on one end of the rotation shaft away from the right wheel train and is rotationally connected with the left housing assembly ; the right press block comprises a first press block and a second press block which are respectively pressed at different positions of the rotation shaft and are fixedly connected with the right housing assembly ; whereby the rotation shaft comprises a first shaft , a second shaft and a pin , wherein the first shaft is connected with the right wheel train , one end of the second shaft is inserted into the first shaft through the pin , and an opposite end of the second shaft is inserted into the bearing ; characterised in that the first shaft is pressed by the first press block and the second shaft is pressed by the second press block . wherein the rotation mechanism comprises a rotation shaft , a right press block and a bearing , wherein the rotation shaft is connected with the right wheel train , the rotation shaft is pressed by the right press block which is connected with the right housing assembly , the bearing is sleeved on one end of the rotation shaft away from the right wheel train and is rotationally connected with the left housing assembly ; the right press block comprises a first press block and a second press block which are respectively pressed at different positions of the rotation shaft and are fixedly connected with the right housing assembly ; whereby the rotation shaft comprises a first shaft , a second shaft and a pin , wherein the first shaft is connected with the right wheel train , one end of the second shaft is inserted into the first shaft through the pin , and an opposite end of the second shaft is inserted into the bearing ; characterised in that the first shaft is pressed by the first press block and the second shaft is pressed by the second press block .
A pharmaceutical composition comprising a perillyl alcohol fatty acid ester which is octadeca-9,12-dienoic acid 4-isopropenyl-cylcohex-1-enylmethyl ester, for use in treating a cancer in a mammal, wherein the pharmaceutical composition is administered by topical application.
Sensor device for detecting the absence or presence of a liquid at an outlet of a feed line , which serves for feeding a feed substance, which, when exiting from the outlet, has a pressure (p) in the feed line , the pressure having a course over time with a first characteristic when liquid is absent at the outlet and a course over time with a second characteristic when liquid is present at the outlet , characterized in that the sensor device comprises sensing means (20-23) for sensing the pressure fluctuations in the feed line and evaluation means , which are designed to assign the sensed pressure fluctuations to the first or second characteristic and to generate a corresponding signal (S), which indicates whether the liquid is absent or present at the feed line outlet , wherein the evaluation means comprise an electronic circuit with a low-pass filter, by means of which interference signals can be filtered out, which have frequencies higher than those of the pressure fluctuations to be sensed.
An inkjet printing machine for printing on slabs (L) comprising: - a support for supporting a slab (L); - a locking and centring group configured to contact the slab (L) temporarily locking and centring it on the support ; and - a printing device provided with at least one inkjet printing head mobile with respect to the support along a sliding direction (D) and spaced from it, wherein the printing head is configured to release a decoration on a surface (L1) of the slab (L) resting on the support ; characterized in that the inkjet printing machine comprises: - a measuring group configured to measure at least one dimension of the slab (L), wherein the measuring group is defined integral or on-board the locking and centring group , the measuring group comprising at least one sensor element configured to detect and determine the position of two opposite vertical walls of the slab (L), as an indirect measurement between two or more elements of the locking and centring group . - a support for supporting a slab (L); - a locking and centring group configured to contact the slab (L) temporarily locking and centring it on the support ; and - a printing device provided with at least one inkjet printing head mobile with respect to the support along a sliding direction (D) and spaced from it, wherein the printing head is configured to release a decoration on a surface (L1) of the slab (L) resting on the support ; - a measuring group configured to measure at least one dimension of the slab (L), wherein the measuring group is defined integral or on-board the locking and centring group , the measuring group comprising at least one sensor element configured to detect and determine the position of two opposite vertical walls of the slab (L), as an indirect measurement between two or more elements of the locking and centring group .
A preprocessing method for nesting and shear cutting of a defective plate, comprising the following steps: acquiring plate information of the plate, wherein the plate information includes defect information and plate dimension information; making an electronic defect map based on the defect information and the plate dimension information, and partitioning out a region available for nesting and shear cutting; and partitioning the plate to obtain small plates according to the region available for nesting and shear cutting. acquiring plate information of the plate, wherein the plate information includes defect information and plate dimension information; making an electronic defect map based on the defect information and the plate dimension information, and partitioning out a region available for nesting and shear cutting; and partitioning the plate to obtain small plates according to the region available for nesting and shear cutting.