mhurhangee/patent-ind-claim-en huggingface dataset:
A power tool comprising a motor unit comprising a motor and a drive axle connected to the motor , a battery unit configured to receive a battery and a handle unit interconnecting the motor unit and the battery unit , the handle unit comprising: - a frame extending from the motor unit to the battery unit ; - a control button mounted to the frame for controlling the power tool; - a circuit board mounted to the frame and connected to the control button ; - cables interconnecting the battery unit , the circuit board and the motor unit ; - an antenna connected to the circuit board for communication of the power tool with external devices; - a pair of outer handle covers for covering the handle unit ; characterized in that the frame is made of an electrically conductive material, and wherein the handle unit further comprises an adapter that is connected to the frame and the battery unit , whereby the adapter is electrically conductive and designed to have shock absorbing capabilities. - a frame extending from the motor unit to the battery unit ; - a control button mounted to the frame for controlling the power tool; - a circuit board mounted to the frame and connected to the control button ; - cables interconnecting the battery unit , the circuit board and the motor unit ; - an antenna connected to the circuit board for communication of the power tool with external devices; - a pair of outer handle covers for covering the handle unit ;
An apparatus comprising: a processor ; a sensor capable to sense at least one parameter; a first storage capable to store the at least one parameter; and a second storage capable to store a first access control list associated with a first device , wherein the processor is adapted to determine whether to grant an access request received from the first device to access a first resource of the apparatus based on an access control entry in the first access control list, the access control entry to identify the first resource, wherein the apparatus, the first device and a second device are couplable in a distributed network having a distributed access control policy in which the apparatus is to locally host access control policy for a first subset of devices, whilst access control policy for a second subset of devices is remotely hostable, as a second access control list associated with a second device , by at least one access manager service , wherein the first access control list includes a distribution field to identify, as a distributed entity, the said access manager service , and wherein the apparatus is adapted to receive a second request from the second device to access a second resource of the apparatus and forward the second request to the access manager service according to the distribution field, wherein the second device is of the second subset of devices. a processor ; a sensor capable to sense at least one parameter; a first storage capable to store the at least one parameter; and a second storage capable to store a first access control list associated with a first device , wherein the processor is adapted to determine whether to grant an access request received from the first device to access a first resource of the apparatus based on an access control entry in the first access control list, the access control entry to identify the first resource, wherein the apparatus, the first device and a second device are couplable in a distributed network having a distributed access control policy in which the apparatus is to locally host access control policy for a first subset of devices, whilst access control policy for a second subset of devices is remotely hostable, as a second access control list associated with a second device , by at least one access manager service , wherein the first access control list includes a distribution field to identify, as a distributed entity, the said access manager service , and wherein the apparatus is adapted to receive a second request from the second device to access a second resource of the apparatus and forward the second request to the access manager service according to the distribution field, wherein the second device is of the second subset of devices.
An image recording device for recording an image by an interlace system of paths number N in which an image is recorded by repeatedly scanning N times using an ink-jet head having multiple ink discharge nozzles arranged in column in a sub-scanning direction (Y), wherein, assuming that a is an integer of 2 or more and b is an integer of 1 or an integer mutually prime to a, and when a region defined by b × a including b pieces of pixels in a main scanning direction and a pieces of pixels in the sub-scanning direction (Y) is recorded a × b = N times, an interval of the nozzles is W, and assuming that an interval between a recording position by a n -th path and a recording position by a ( n +1)th path in the sub-scanning direction corresponds to c pieces of pixels, the number of the nozzles corresponding to the interval between the recording position by the n-th path and the recording position by the (n+1) th path in the sub-scanning direction is j , and wherein an interval between a recording position by a n -th path and a recording position by a ( n +1)th path in the main scanning direction corresponds to d pieces of pixels, where d is an integer being 1 or mutually prime to b, a movement distance of the ink-jet head in the sub-scanning direction every one time main scanning is set to W × ( j + c / a ) , where j is an integer being 1 or more, c is an integer being 1 or more and smaller than a and an integer being 1 or mutually prime to a.
Pull-out system for a household appliance, in particular a cooking appliance , comprising at least one telescopic pull-out device and a support for cooked food , wherein the telescopic pull-out device has at least one fixed rail and at least one running rail with a front and a rear end, and wherein the telescopic pull-out device has a dog arranged rearwardly offset relative to the front end of the running rail , wherein the dog has at least one ramp portion facing the front end of the running rail , which makes it possible for the support for cooked food to traverse the dog in a stop-free manner in an insertion direction (E), characterised in that - viewed in the insertion direction (E), the dog is arranged in the rear half, preferably in the rear third, in particular in the rear quarter of the running rail , and - the support for cooked food has at least one holding fixture embodied so as to correspond to the dog . - viewed in the insertion direction (E), the dog is arranged in the rear half, preferably in the rear third, in particular in the rear quarter of the running rail , and - the support for cooked food has at least one holding fixture embodied so as to correspond to the dog .
A method for hydrolyzing a dibasic ester, comprising: introducing a dibasic ester to a reactor; and reacting the dibasic ester with water in the reactor at an elevated temperature to form a dibasic acid and one or more alcohols, wherein water is added to the reactor during the reacting, and wherein at least 50% of the water is added as steam; wherein at least a portion of the formed alcohols are removed from the reactor during the reacting; and wherein the dibasic ester is a compound of formula (I): wherein Y 1 is -(CH 2 ) 16 -, and R 1 and R 2 are methyl. introducing a dibasic ester to a reactor; and reacting the dibasic ester with water in the reactor at an elevated temperature to form a dibasic acid and one or more alcohols, wherein water is added to the reactor during the reacting, and wherein at least 50% of the water is added as steam; wherein at least a portion of the formed alcohols are removed from the reactor during the reacting; and wherein the dibasic ester is a compound of formula (I): wherein Y 1 is -(CH 2 ) 16 -, and R 1 and R 2 are methyl.
A method for forging a gear (G) comprising pushing a material (M) into a through hole of a tooth profile die from one side of the tooth profile die by a first punch and then discharging a gear (G) having external teeth formed thereon from the other side of the tooth profile die by the first punch , the method characterised by comprising: disposing, on one side of the tooth profile die , a guide die that includes a through hole having an inside diameter size (D1) smaller than an outside diameter size (D2) of one end of the through hole of the tooth profile die so that a tooth profile groove formed on an inner peripheral surface of the guide die and a tooth profile groove formed on an inner peripheral surface of the tooth profile die are continuously connected with each other; pushing the material (M) into the through hole of the guide die ; pushing a second punch into the through hole of the guide die subsequently to the material (M), a tooth pressing part formed on an outer peripheral part of the second punch being inserted into the tooth profile groove of the guide die to move the second punch along the tooth profile groove of the guide die , and stacking the material (M) and the second punch in this order; and pushing the material (M) and the second punch into the tooth profile groove of the tooth profile die in a stacked state to pass them therethrough, wherein the tooth pressing part of the second punch covers, when the material (M) passes through the tooth profile groove of the tooth profile die , at least an edge of a region where external teeth are formed on a surface of the material (M) on the first punch side. disposing, on one side of the tooth profile die , a guide die that includes a through hole having an inside diameter size (D1) smaller than an outside diameter size (D2) of one end of the through hole of the tooth profile die so that a tooth profile groove formed on an inner peripheral surface of the guide die and a tooth profile groove formed on an inner peripheral surface of the tooth profile die are continuously connected with each other; pushing the material (M) into the through hole of the guide die ; pushing a second punch into the through hole of the guide die subsequently to the material (M), a tooth pressing part formed on an outer peripheral part of the second punch being inserted into the tooth profile groove of the guide die to move the second punch along the tooth profile groove of the guide die , and stacking the material (M) and the second punch in this order; and pushing the material (M) and the second punch into the tooth profile groove of the tooth profile die in a stacked state to pass them therethrough, wherein the tooth pressing part of the second punch covers, when the material (M) passes through the tooth profile groove of the tooth profile die , at least an edge of a region where external teeth are formed on a surface of the material (M) on the first punch side.
A method of electrospinning a heart valve having a plurality of leaflets, comprising: (a) having a conical shaped mandrel with opposite ends both being circular shaped; (b) forming a single conically shaped electrospun scaffold by electrospinning polymers onto the conical shaped mandrel; and (c) shaping the single conically shaped electrospun scaffold into the heart valve shaped with the plurality of leaflets, wherein the single conically shaped electrospun scaffold remains in one single piece while shaping the plurality leaflets. (a) having a conical shaped mandrel with opposite ends both being circular shaped; (b) forming a single conically shaped electrospun scaffold by electrospinning polymers onto the conical shaped mandrel; and (c) shaping the single conically shaped electrospun scaffold into the heart valve shaped with the plurality of leaflets, wherein the single conically shaped electrospun scaffold remains in one single piece while shaping the plurality leaflets.
An epoxy adhesive composition comprising: a modified polyvinyl acetal resin having a constitutional unit with an acid-modified group; and an epoxy resin, characterized in that the epoxy adhesive composition containing an organic solvent in an amount of 10.0% by weight or less. a modified polyvinyl acetal resin having a constitutional unit with an acid-modified group; and an epoxy resin, characterized in that the epoxy adhesive composition containing an organic solvent in an amount of 10.0% by weight or less.
Method for applying a cap to a container , comprising: - arranging a first cap in relation to the neck portion of a first container , such that a threaded portion of the first cap faces a complementary threaded neck portion of the first container and such that a symmetry axis of (S-S) of the first cap and a symmetry axis (T-T) of the neck portion of the first container are aligned; - rotating the first cap around its symmetry axis (S-S) to a pre-recorded initial angular position (λ 1 ); - applying the first cap to the neck portion by moving the cap towards the threaded neck portion or vice versa along their symmetry axes (S-S, T-T) and by rotating the first cap in a direction of engagement with the threaded neck part and; - recording a path length (φ 1 ) of the first cap in relation to its initial angular position (λ 1 ) after which it has completely engaged the complementary threaded neck portion and reached a bottom part of the neck portion and;. - adjusting a relative initial angular position (λ R1 ) of a second cap in relation to the initial angular position (λ 1 ) to a new relative initial angular position (λ R2 ) in case the recorded path length (φ 1 ) of the first cap deviates from a threshold value. - arranging a first cap in relation to the neck portion of a first container , such that a threaded portion of the first cap faces a complementary threaded neck portion of the first container and such that a symmetry axis of (S-S) of the first cap and a symmetry axis (T-T) of the neck portion of the first container are aligned; - rotating the first cap around its symmetry axis (S-S) to a pre-recorded initial angular position (λ 1 ); - applying the first cap to the neck portion by moving the cap towards the threaded neck portion or vice versa along their symmetry axes (S-S, T-T) and by rotating the first cap in a direction of engagement with the threaded neck part and; - recording a path length (φ 1 ) of the first cap in relation to its initial angular position (λ 1 ) after which it has completely engaged the complementary threaded neck portion and reached a bottom part of the neck portion and;. - adjusting a relative initial angular position (λ R1 ) of a second cap in relation to the initial angular position (λ 1 ) to a new relative initial angular position (λ R2 ) in case the recorded path length (φ 1 ) of the first cap deviates from a threshold value.
Mechanical device comprising a support and an elastic system , the elastic system comprising first and second elements to be guided relative to the support , a fixing part fixed to the support , a control part movable in translation with respect to the fixing part along a straight line (D), a first elastic member connecting the fixing part to the first element , a second elastic member connecting the fixing part to the second element , a third elastic member connecting the first element to the control part and a fourth elastic member connecting the second element to the control part , the assembly formed by the first elastic member , the first element and the third elastic member being symmetrical to the assembly formed by the second elastic member , the second element and the fourth elastic member with respect to said straight line (D) in top plan view of the mechanical device , so that a translation of the control part along said straight line (D) causes by deformation of the elastic members (8-11) displacements of the first and second elements which are simultaneous and symmetrical with respect to said straight line (D) in top plan view of the mechanical device .
Food processing apparatus comprising a scanner with a scanning unit for determining properties of a food product , in particular a food bar, at least two substantially parallel separately drivable conveyor tracks (8, 12; 9, 13; 10, 14; 11, 15) for supplying said food products to said scanner, and a control unit for controlling the drive of said conveyor tracks (8, 12; 9, 13; 10, 14; 11, 15), characterized in that said control unit is adapted to separately control said drive of said conveyor tracks (8, 12; 9, 13; 10, 14; 11, 15) to convey at least one food product of a first conveyor track and at least one food product of a further conveyor track (9, 13; 10, 14; 11, 15) sequentially through a scanning area of said scanner , such that not all food products of the conveyor tracks (8, 12; 9, 13; 10, 14; 11, 15) are conveyed simultaneously through the scanning area of the scanner.
A well tool for use in a subterranean well, the well tool comprising: an annular seal ; and a radial expansion mechanism having radially retracted and radially expanded configurations, the annular seal being longitudinally displaceable relative to the radial expansion mechanism in the radially retracted configuration, in which the radial expansion mechanism comprises multiple circumferentially distributed segments , and in which the radial expansion mechanism translates between the radially retracted and radially expanded configurations in response to relative longitudinal displacement between first and second sets of segments . an annular seal ; and a radial expansion mechanism having radially retracted and radially expanded configurations, the annular seal being longitudinally displaceable relative to the radial expansion mechanism in the radially retracted configuration, in which the radial expansion mechanism comprises multiple circumferentially distributed segments , and in which the radial expansion mechanism translates between the radially retracted and radially expanded configurations in response to relative longitudinal displacement between first and second sets of segments .
Safety device for an elevator system, comprising: - an actuating mechanism which in a release position holds a safety element in a deactivated state and in a blocking position activates the safety element , wherein the actuating mechanism exerts a driving force (F1), the action of which is directed in such a manner as to activate the safety element ; - a holding element which exerts a holding force (F2) on the actuating mechanism in such a manner that the holding force (F2) counteracts the driving force (F1) in order to hold the actuating mechanism in the release position and/or to hold the safety element in the deactivated state; wherein in the release position the holding force (F2) exceeds the driving force (F1) by a tolerance amount (T), and wherein the safety device is adapted, for transfer into the blocking position, to reduce the holding force (F2) in such a manner that the driving force (F1) exceeds the holding force (F2), characterized in that the tolerance amount (T) is adjustable in dependence on different operating modes which are possible in the release position of the safety element . - an actuating mechanism which in a release position holds a safety element in a deactivated state and in a blocking position activates the safety element , wherein the actuating mechanism exerts a driving force (F1), the action of which is directed in such a manner as to activate the safety element ; - a holding element which exerts a holding force (F2) on the actuating mechanism in such a manner that the holding force (F2) counteracts the driving force (F1) in order to hold the actuating mechanism in the release position and/or to hold the safety element in the deactivated state;
Method for computer-implemented determination of physical properties of a porous layer present on a surface of a substrate , wherein the physical properties comprise at least: - a layer thickness (d) of the layer, - a porosity (p) of the layer, and - a roughness (r) of the layer at an interface with the substrate supporting the layer , the method comprising: - Recording a reflectance curve concerning light irradiated onto the porous layer within a wavelength range in which the porous layer is largely transparent, characterized by - Setting a predetermined roughness start value, - Setting a porosity start value based on knowledge concerning a manufacturing process for forming the porous layer, - Setting a layer thickness start value based on an evaluation of periodic fluctuations of reflectance intensities within the recorded reflectance curve, - Determining the physical properties of the porous layer by computer-implemented fitting of the recorded reflectance curve using a non-linear least squares method based on the roughness start value, the porosity start value and the layer thickness start value. wherein the physical properties comprise at least: - a layer thickness (d) of the layer, - a porosity (p) of the layer, and - a roughness (r) of the layer at an interface with the substrate supporting the layer , - a layer thickness (d) of the layer, - a porosity (p) of the layer, and - a roughness (r) of the layer at an interface with the substrate supporting the layer , the method comprising: - Recording a reflectance curve concerning light irradiated onto the porous layer within a wavelength range in which the porous layer is largely transparent, characterized by - Setting a predetermined roughness start value, - Setting a porosity start value based on knowledge concerning a manufacturing process for forming the porous layer, - Setting a layer thickness start value based on an evaluation of periodic fluctuations of reflectance intensities within the recorded reflectance curve, - Determining the physical properties of the porous layer by computer-implemented fitting of the recorded reflectance curve using a non-linear least squares method based on the roughness start value, the porosity start value and the layer thickness start value. - Recording a reflectance curve concerning light irradiated onto the porous layer within a wavelength range in which the porous layer is largely transparent, characterized by - Setting a predetermined roughness start value, - Setting a porosity start value based on knowledge concerning a manufacturing process for forming the porous layer, - Setting a layer thickness start value based on an evaluation of periodic fluctuations of reflectance intensities within the recorded reflectance curve, - Determining the physical properties of the porous layer by computer-implemented fitting of the recorded reflectance curve using a non-linear least squares method based on the roughness start value, the porosity start value and the layer thickness start value.
A vacuum pump comprising a first space ; a second space ; a wall arranged between the spaces; a shaft which passes through an opening arranged in the wall; and a rolling element bearing arranged in the second space and supporting the shaft, wherein a collection groove open toward the shaft is disposed between the first and second spaces and has a radial boundary surface which is designed such that lubricant impacting from a substantially radial direction is deflected and is combined in a preferred direction, characterized in that lubricant expelled from the shaft does not impact the radial boundary surface in a perpendicular manner, but at an angle.
A composition comprising a β-type iron silicate, which comprises all or part of iron in a β-type framework structure, and a solid acidic porous inorganic oxide, wherein a SiO 2 /Al 2 O 3 molar ratio of the β-type iron silicate is 300 or more, an iron content relative to a dry weight of the β-type iron silicate is 5.5% by weight or more and 12% by weight or less, wherein dry weight means the weight of the crystal of the β-type iron silicate after the crystal has been heat treated in air at 600°C for 30 minutes, and the porous inorganic oxide is a zeolite having a MFI structure.