mhurhangee/patent-ind-claim-en huggingface dataset:
Method for determining an axle load on a mechanically suspended vehicle by means of a displacement measuring device , an electronic control unit and an algorithm stored in the control unit , a test routine being performed in advance with regard to the mechanically suspended vehicle axle , in which routine a level signal of a displacement measuring device arranged on the vehicle axle is detected and evaluated, a load curve (F_i) being determined during a charging process of the vehicle from a plurality of measured values, which load curve specifies the level measured by the displacement measuring device or a different measured variable correlated with the level depending on the increasing axle load, and a discharge curve (F_u) being determined during a discharging process of the vehicle from a plurality of measured values, which discharge curve specifies the level measured by the displacement measuring device or a different measured variable correlated with the level depending on the decreasing axle load, and in which an averaged load-displacement characteristic (F_m) is calculated from the values of the loading curve (F_i) and the discharge curve (F_u), the values of which are stored in a non-volatile memory of the control unit , characterized in that after each start of the vehicle, after a predetermined lower driving-speed limit (v_min) has been exceeded, an axle load determination routine which repeats cyclically during the trip is performed, in which routine axle load values are continuously determined using the averaged load-displacement characteristic (F_m) in each case during a predetermined period of time (Δt), and an arithmetical axle load mean value is calculated from the axle load values determined during the period of time (Δt), and this axle load mean value is displayed as the current axle load value, this axle load value remaining valid until being overwritten by a new axle load value, axle load values which are determined during the duration of a cornering maneuver or in the case of a driving maneuver that causes different transverse accelerations of the vehicle body not being taken into account when calculating the axle load mean value, a transverse acceleration signal being continuously detected and evaluated by means of a transverse acceleration sensor in order to detect a cornering maneuver or a different driving maneuver of the vehicle that causes different transverse accelerations of the vehicle body, a cornering maneuver or a driving maneuver of the vehicle having the same effect being indicated if the value of the transverse acceleration signal exceeds a predefined transverse acceleration limit value.
A method to generate a relief structure comprising the steps - providing of a relief precursor comprising a substrate layer, at least one photosensitive layer and a mask layer, - receiving of a raster image file comprising image data for a plurality of pixels, - analyzing the image data of the raster image file, - determining control data, and optionally at least one new raster image file, based on the analyzed image data, said control data being data for controlling settings of an imaging device so as to change the physical properties of generated imaged features corresponding with one or more of the plurality of pixels; - outputting the raster image file and/or the new raster image file, with the control data to an imaging device for imaging a relief precursor; - imaging the relief precursor using the raster image file and/or the new raster image file, with the control data, such that an image is generated in the mask layer, - exposing the imaged relief precursor to electromagnetic radiation through the imaged mask layer. - providing of a relief precursor comprising a substrate layer, at least one photosensitive layer and a mask layer, - receiving of a raster image file comprising image data for a plurality of pixels, - analyzing the image data of the raster image file, - determining control data, and optionally at least one new raster image file, based on the analyzed image data, said control data being data for controlling settings of an imaging device so as to change the physical properties of generated imaged features corresponding with one or more of the plurality of pixels; - outputting the raster image file and/or the new raster image file, with the control data to an imaging device for imaging a relief precursor; - imaging the relief precursor using the raster image file and/or the new raster image file, with the control data, such that an image is generated in the mask layer, - exposing the imaged relief precursor to electromagnetic radiation through the imaged mask layer.
A shoe cover dispenser device for dispensing a plurality of shoe covers , comprising: a frame ; an installation assembly installed on said frame , wherein said installation assembly comprises two installation arms for installing the plurality of shoe covers ; and a locking assembly , wherein the locking assembly is installed on said frame and is capable of locking said two installation arms of said installation assembly , wherein said locking assembly comprises a first locking member and a second locking member , wherein each of said two installation arms comprises a first end portion and a second end portion , wherein said first locking member is arranged to detachably lock said first end portion of each of said two installation arms , and said second locking member is arranged to detachably lock said second end portion of each of said two installation arms , wherein said first locking member comprises a holding base and a positioning member , wherein said holding base has two grooves for engaging with said first end portions of said installation arms , wherein said positioning member is movable to be pressed against said first end portions of said two installation arms , wherein said first locking member comprises a movable frame movably connected to said holding base and said frame , wherein said positioning member is connected to said movable frame , wherein said movable frame comprises two first movable arms pivotally connected to said frame , two second movable arms pivotally connected to said holding base , wherein said positioning member is connected between said two second movable arms . a frame ; an installation assembly installed on said frame , wherein said installation assembly comprises two installation arms for installing the plurality of shoe covers ; and a locking assembly , wherein the locking assembly is installed on said frame and is capable of locking said two installation arms of said installation assembly , wherein said locking assembly comprises a first locking member and a second locking member , wherein each of said two installation arms comprises a first end portion and a second end portion , wherein said first locking member is arranged to detachably lock said first end portion of each of said two installation arms , and said second locking member is arranged to detachably lock said second end portion of each of said two installation arms , wherein said first locking member comprises a holding base and a positioning member , wherein said holding base has two grooves for engaging with said first end portions of said installation arms , wherein said positioning member is movable to be pressed against said first end portions of said two installation arms , wherein said first locking member comprises a movable frame movably connected to said holding base and said frame , wherein said positioning member is connected to said movable frame , wherein said movable frame comprises two first movable arms pivotally connected to said frame , two second movable arms pivotally connected to said holding base , wherein said positioning member is connected between said two second movable arms .
A trolley wire detection device, wherein a trolley wire is disposed on a guide rail and is disposed along an extending direction of the guide rail , and the trolley wire detection device comprises: a current collector assembly connected to the trolley wire ; a power mechanism slidably disposed on the guide rail ; and an engagement assembly disposed between the current collector assembly and the power mechanism , wherein the engagement assembly is configured to provide a preset engagement force, so that the current collector assembly is connected to the power mechanism ; wherein the power mechanism is configured to drive the current collector assembly to move along the trolley wire through the engagement assembly , and the current collector assembly is configured to be disengaged from the power mechanism when a resistance generated by the trolley wire is greater than the preset engagement force. a current collector assembly connected to the trolley wire ; a power mechanism slidably disposed on the guide rail ; and an engagement assembly disposed between the current collector assembly and the power mechanism , wherein the engagement assembly is configured to provide a preset engagement force, so that the current collector assembly is connected to the power mechanism ; wherein the power mechanism is configured to drive the current collector assembly to move along the trolley wire through the engagement assembly , and the current collector assembly is configured to be disengaged from the power mechanism when a resistance generated by the trolley wire is greater than the preset engagement force.
A saccharide of general formula ( I ) V*-U x+3 -U x+2 -U x+1 -U x -O-L-NH 2 ( I ) wherein x is an integer selected from 1, 2, 3 and 4; V*- represents H-, H-U x - or H-U x+1 -U x -; R # represents -COOH or -CH 2 OH; L represents -(CH 2 ) o , with o being an integer from 1 to 10; or a pharmaceutically acceptable salt thereof. x is an integer selected from 1, 2, 3 and 4; V*- represents H-, H-U x - or H-U x+1 -U x -; R # represents -COOH or -CH 2 OH; L represents -(CH 2 ) o , with o being an integer from 1 to 10;
Method for delegating privileges to a lower-level privilege instance by a higher-level privilege instance, in which the introduction of privileges, P1, is carried out in automated manner for a lower-level privilege instance in a data-processing device, in that the device is provided with functions for setting up the privileges before delivery to a user or by remote data transmission in order to be able to set up privileges, P1, for the lower-level privilege instance with the aid of a higher-level privilege instance which is provided with special privileges, P2, for awarding privileges, wherein to set up the privileges, P1, for the lower-level privilege instance, the following steps are carried out: - introduction of the higher-level privilege instance into the device by a machine or person thus authorised, - executing the higher-level privilege instance on the device, - access to the functions for setting up privileges, P1, by the higher-level privilege instance, - automatic setting up of the privileges, P1, for the lower-level privilege instance on the device by the higher-level privilege instance, wherein the device verifies using a cryptographic signature on the higher-level privilege instance whether the higher-level privilege instance is authorised to access the functions for setting up privileges, P1, and to set up privileges, P1, for a lower-level privilege instance, and wherein the higher-level privilege instance is removed from the device, after the privileges, P1, for the lower-level privilege instance have been set up successfully. - introduction of the higher-level privilege instance into the device by a machine or person thus authorised, - executing the higher-level privilege instance on the device, - access to the functions for setting up privileges, P1, by the higher-level privilege instance, - automatic setting up of the privileges, P1, for the lower-level privilege instance on the device by the higher-level privilege instance, wherein the device verifies using a cryptographic signature on the higher-level privilege instance whether the higher-level privilege instance is authorised to access the functions for setting up privileges, P1, and to set up privileges, P1, for a lower-level privilege instance, and
An obstruction removal device comprising: a delivery device; a first component having at least one expandable engaging member ; and, a flexible self-expanding second component positioned on an outer surface of said delivery device in a delivery configuration; wherein said second component is associated with said first component such that said second component can be distally inverted over said first component ; said delivery device includes a restraining element that sits over a proximal end of said second component , preventing said second component from inversion until said restraining element is retracted and said second component is released; characterized in that at least one expandable engaging member comprises a plurality of expandable engaging members linked together to allow said plurality of engaging members to rotate independently of each other. a delivery device; a first component having at least one expandable engaging member ; and, a flexible self-expanding second component positioned on an outer surface of said delivery device in a delivery configuration; wherein said second component is associated with said first component such that said second component can be distally inverted over said first component ; said delivery device includes a restraining element that sits over a proximal end of said second component , preventing said second component from inversion until said restraining element is retracted and said second component is released; characterized in that at least one expandable engaging member comprises a plurality of expandable engaging members linked together to allow said plurality of engaging members to rotate independently of each other.
A process for converting one or more C3-C12 oxygenates comprising: 1) contacting a feed comprising at least 50wt%, based on the total weight of the feed, of one or more C3-C12 oxygenates and also comprises sulphur in a concentration in the range from equal to or more than 150 ppmw to equal to or less than 2000 ppmw, with a source of hydrogen in the presence of a sulphided hydrogenation catalyst to produce a partially hydrogenated effluent; 2) contacting at least part of the partially hydrogenated effluent with a source of hydrogen at a hydrogen partial pressure of at least 0.1 MegaPascal in the presence of a sulphided carbon-carbon coupling catalyst at a temperature in the range from equal to or more than 250°C to equal to or less than 450°C and at a WHSV in the range of from 0.2 to 2.5kg feed per kg catalyst per hour to produce a conversion product; 3) optionally contacting at least part of the conversion product with a source of hydrogen in the presence of a sulphided hydrotreating catalyst and/or a sulphided hydroisomerization catalyst to produce a hydrotreated and/or hydroisomerized conversion product; and 4) optionally purifying the, optionally hydrotreated and/or hydroisomerized, conversion product to obtain a final product, wherein the carbon-carbon coupling catalyst comprises equal to or more than 60 wt% of a zeolite and in the range from equal to or more than 0.1 wt% to equal to or less than 10 wt% of a hydrogenation metal, based on the total weight of the carbon-carbon coupling catalyst. 1) contacting a feed comprising at least 50wt%, based on the total weight of the feed, of one or more C3-C12 oxygenates and also comprises sulphur in a concentration in the range from equal to or more than 150 ppmw to equal to or less than 2000 ppmw, with a source of hydrogen in the presence of a sulphided hydrogenation catalyst to produce a partially hydrogenated effluent; 2) contacting at least part of the partially hydrogenated effluent with a source of hydrogen at a hydrogen partial pressure of at least 0.1 MegaPascal in the presence of a sulphided carbon-carbon coupling catalyst at a temperature in the range from equal to or more than 250°C to equal to or less than 450°C and at a WHSV in the range of from 0.2 to 2.5kg feed per kg catalyst per hour to produce a conversion product; 3) optionally contacting at least part of the conversion product with a source of hydrogen in the presence of a sulphided hydrotreating catalyst and/or a sulphided hydroisomerization catalyst to produce a hydrotreated and/or hydroisomerized conversion product; and 4) optionally purifying the, optionally hydrotreated and/or hydroisomerized, conversion product to obtain a final product,
A surgical tool , comprising: a drive housing having an input shaft arranged therein for rotation; an elongate shaft that extends from the drive housing; an end effector operatively coupled to a distal end of the elongate shaft; and a cable band coupled to and wrapped around the input shaft that operatively couples the input shaft to a drive cable that extends to the end effector, wherein rotation of the input drive correspondingly moves the cable band and thereby controls longitudinal movement of the drive cable to articulate the end effector, and characterised in that the cable band is routed at least partially around an idler pulley rotatably mounted within the drive housing, wherein the idler pulley is arranged within the drive housing such that the cable band feeds the drive cable directly into the elongate shaft, wherein the idler pulley includes an upper flange , a lower flange , and a trough that extends between the upper and lower flanges, and wherein the cable band is received within the trough and the upper and lower flanges help maintain the cable band within the trough. a drive housing having an input shaft arranged therein for rotation; an elongate shaft that extends from the drive housing; an end effector operatively coupled to a distal end of the elongate shaft; and a cable band coupled to and wrapped around the input shaft that operatively couples the input shaft to a drive cable that extends to the end effector, wherein rotation of the input drive correspondingly moves the cable band and thereby controls longitudinal movement of the drive cable to articulate the end effector, and characterised in that the cable band is routed at least partially around an idler pulley rotatably mounted within the drive housing, wherein the idler pulley is arranged within the drive housing such that the cable band feeds the drive cable directly into the elongate shaft, wherein the idler pulley includes an upper flange , a lower flange , and a trough that extends between the upper and lower flanges, and wherein the cable band is received within the trough and the upper and lower flanges help maintain the cable band within the trough.
Coffee machine which includes a steam relief unit , comprising - a closed housing defining a steam relief unit chamber , - at least one water and/or steam inlet port and at least one water outlet port which are each formed on the housing and communicate with the steam relief unit chamber , - a filtration element arranged in the steam relief unit chamber in between the inlet port and the outlet port , and - a water or/and steam flow path extending between the inlet port and the water outlet port , passing through the filtration element , wherein the steam relief unit chamber is filled in at least 50% of its volume by the filtration element , and at least in one cross section of the steam relief unit chamber , the filtration element covers the whole cross-section of the flow path, wherein the outlet port is communicated with a drip tray of the coffee machine. - a closed housing defining a steam relief unit chamber , - at least one water and/or steam inlet port and at least one water outlet port which are each formed on the housing and communicate with the steam relief unit chamber , - a filtration element arranged in the steam relief unit chamber in between the inlet port and the outlet port , and - a water or/and steam flow path extending between the inlet port and the water outlet port , passing through the filtration element , wherein the steam relief unit chamber is filled in at least 50% of its volume by the filtration element , and at least in one cross section of the steam relief unit chamber , the filtration element covers the whole cross-section of the flow path, wherein the outlet port is communicated with a drip tray of the coffee machine.
A refrigerator, comprising a casing mounted to a storage box having an internal space (S2, S3), a refrigerant circuit including an evaporator cooling internal air in the storage box and a condenser disposed outside the storage box , and a sensor for refrigerant leakage detection detecting a leakage of a refrigerant from the refrigerant circuit , the sensor for refrigerant leakage detection being disposed outside of the internal space (S2, S3) of the storage box , and an internal air guide passage guiding the internal air from a discharge side of a fan disposed in the internal space (S2, S3) of the storage box to the sensor for refrigerant leakage detection , wherein an air-inlet side end of the internal air guide passage is disposed at a discharge side of the fan and an air-outlet side end of the internal air guide passage is disposed at an intake side of the fan .
A transport system without wheels or other rolling elements, comprising: A. a guideway including a plurality of coreless propulsion coils disposed along a region in which one or more vehicles are to be propelled and a running surface supporting the one or more vehicles in close proximity to the coreless propulsion coils ; B. one or more wheel-less vehicles disposed on the running surface of the guideway, each of the vehicles containing a magnetic flux source , the one or more vehicles being slidingly disposed on the running surface of the guideway, the one or more vehicles having a low coefficient of friction with the running surface , the coefficient of friction being less than 0.2, wherein the one or more vehicles comprise low friction components disposed on a lower surface of the one or more vehicles, the low friction components having sliding surfaces that slide on the running surface of the guideway; and C. electronic power and control circuitry that excites the propulsion coils independently so as to propel the one or more vehicles along the guideway. A. a guideway including a plurality of coreless propulsion coils disposed along a region in which one or more vehicles are to be propelled and a running surface supporting the one or more vehicles in close proximity to the coreless propulsion coils ; B. one or more wheel-less vehicles disposed on the running surface of the guideway, each of the vehicles containing a magnetic flux source , the one or more vehicles being slidingly disposed on the running surface of the guideway, the one or more vehicles having a low coefficient of friction with the running surface , the coefficient of friction being less than 0.2, wherein the one or more vehicles comprise low friction components disposed on a lower surface of the one or more vehicles, the low friction components having sliding surfaces that slide on the running surface of the guideway; and C. electronic power and control circuitry that excites the propulsion coils independently so as to propel the one or more vehicles along the guideway.