mhurhangee/patent-ind-claim-en huggingface dataset:
A method for presenting information, the method comprising: one or more processors in an electronic device : detecting an orientation of said electronic device , wherein a plurality of layers of information are overlaid on a user interface, UI, displayed at said electronic device; the method being characterised in further comprising: dynamically, by said one or more processors, adjusting transparency of one or more of said plurality of overlaid layers of information based on said detected orientation of said electronic device ; and dynamically generating a composite view comprising said plurality of overlaid layers of information in accordance with said dynamically adjusted transparency of each of said one or more layers of information such that all layers may be visible simultaneously to the user; and wherein the plurality of layers of information includes a field of view layer . dynamically, by said one or more processors, adjusting transparency of one or more of said plurality of overlaid layers of information based on said detected orientation of said electronic device ; and dynamically generating a composite view comprising said plurality of overlaid layers of information in accordance with said dynamically adjusted transparency of each of said one or more layers of information such that all layers may be visible simultaneously to the user; and wherein the plurality of layers of information includes a field of view layer .
A method for identifying a location of a striker that strikes an object, the method comprising: receiving a request from a mobile computing device operated by the striker located in a striking area having space for two or more strikers to strike objects into a target area, wherein the mobile computing device is positioned within the striking area, and wherein the mobile computing device comprises a display and a microphone; initiating , in response to the request, an audio recording by the microphone of the mobile computing device; identifying a physical location in the striking area and a first strike time determination for the object struck from the striking area based on sensor observations of the object in flight between the striking area and the target area; identifying a second strike time determination in the audio recording; and associating the physical location in the striking area for the object, which has been identified based on the sensor observations, with the mobile computing device for the striker when the second strike time determination is matched with the first strike time determination. receiving a request from a mobile computing device operated by the striker located in a striking area having space for two or more strikers to strike objects into a target area, wherein the mobile computing device is positioned within the striking area, and wherein the mobile computing device comprises a display and a microphone; initiating , in response to the request, an audio recording by the microphone of the mobile computing device; identifying a physical location in the striking area and a first strike time determination for the object struck from the striking area based on sensor observations of the object in flight between the striking area and the target area; identifying a second strike time determination in the audio recording; and associating the physical location in the striking area for the object, which has been identified based on the sensor observations, with the mobile computing device for the striker when the second strike time determination is matched with the first strike time determination.
A process for preparing a coconut sugar alternative, comprising the steps of: a preparing a syrup mixture by combining: i) 100 parts by weight of sugar component, including 10-100 parts by weight of sugar selected from cane sugar, beet sugar, palm sugar and combinations thereof and 0-90 parts by weight of coconut sugar; ii) at least 0.2 parts by weight of coconut material selected from coconut cream, coconut milk and combinations thereof, and not more than 50 parts by weight of coconut material selected from coconut cream, coconut milk, coconut water, coconut meat and combinations thereof; iii) 0-100 parts by weight of water; and iv) 0-50 parts by weight of other edible ingredients; b heating the syrup mixture for at least 5 minutes at a temperature of at least 110°C to obtain a heated sugar composition. a preparing a syrup mixture by combining: i) 100 parts by weight of sugar component, including 10-100 parts by weight of sugar selected from cane sugar, beet sugar, palm sugar and combinations thereof and 0-90 parts by weight of coconut sugar; ii) at least 0.2 parts by weight of coconut material selected from coconut cream, coconut milk and combinations thereof, and not more than 50 parts by weight of coconut material selected from coconut cream, coconut milk, coconut water, coconut meat and combinations thereof; iii) 0-100 parts by weight of water; and iv) 0-50 parts by weight of other edible ingredients; i) 100 parts by weight of sugar component, including 10-100 parts by weight of sugar selected from cane sugar, beet sugar, palm sugar and combinations thereof and 0-90 parts by weight of coconut sugar; ii) at least 0.2 parts by weight of coconut material selected from coconut cream, coconut milk and combinations thereof, and not more than 50 parts by weight of coconut material selected from coconut cream, coconut milk, coconut water, coconut meat and combinations thereof; iii) 0-100 parts by weight of water; and iv) 0-50 parts by weight of other edible ingredients; b heating the syrup mixture for at least 5 minutes at a temperature of at least 110°C to obtain a heated sugar composition.
A trailer braking system including: a supply line for connection to a continuous source of pressurised fluid; a trailer reservoir for storing a volume of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve , which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve , a temporary override valve having an override position and an inactive position, and being operable to move between positions independently of the pressure in the supply line ; wherein when the temporary override valve is in the override position, the immobiliser remains in the immobilise position and the spring brake remains in the apply position when the supply line is unpressured and, the immobiliser is moved to its brake release position and the supply line is connected to the spring brake control valve automatically when the supply line is connected to a source of fluid, such that the spring brake is moved to the release position. a supply line for connection to a continuous source of pressurised fluid; a trailer reservoir for storing a volume of pressurised fluid; a spring brake, which has an apply position and a release position, and the spring brake moves to the release position when pressurised fluid is provided at or above a threshold; a spring brake control valve , which controls the flow of fluid to the spring brake; an immobiliser having a brake release position and an immobilise position, which control the flow of pressurised fluid to the spring brake control valve , a temporary override valve having an override position and an inactive position, and being operable to move between positions independently of the pressure in the supply line ; wherein when the temporary override valve is in the override position, the immobiliser remains in the immobilise position and the spring brake remains in the apply position when the supply line is unpressured and, the immobiliser is moved to its brake release position and the supply line is connected to the spring brake control valve automatically when the supply line is connected to a source of fluid, such that the spring brake is moved to the release position.
A method for measuring a feature of an object , the method comprising: taking a representation of at least the feature on the object comprising multiple data points in a three-dimensional measurement space, acquired via surface measurement of at least the feature; fitting a model substantially replicating at least the feature of the object to the representation, the model comprising parameters defining at least two independently alterable portions that each replicate a different region on the surface of the object and that are linked along a common edge , said fitting comprising changing the form of the model by altering at least one of the at least two independently alterable portions; and obtaining information regarding at least the feature from the fitted model. taking a representation of at least the feature on the object comprising multiple data points in a three-dimensional measurement space, acquired via surface measurement of at least the feature; fitting a model substantially replicating at least the feature of the object to the representation, the model comprising parameters defining at least two independently alterable portions that each replicate a different region on the surface of the object and that are linked along a common edge , said fitting comprising changing the form of the model by altering at least one of the at least two independently alterable portions; and obtaining information regarding at least the feature from the fitted model.
A power transmission module for a screen scoop , characterized in that the power transmission module comprises a body and power transmission wheels arranged inside the body for driving screen shafts (2; 2a, 2b) of the screen scoop , the power transmission wheels being connectable to be rotated by a separate rotating motor of the power transmission module , in which case power transmission shafts of the power transmission wheels are provided with coupling members that irrotatably connect to the respective ends of the screen shafts in the screen scoop , whereby the power transmission module is attachable to the screen scoop by pushing it into its place in the direction of the screen shafts (2; 2a, 2b) so that the coupling members of the power transmission shafts of each power transmission wheel and the respective screen shaft (2; 2a, 2b) connect to each other, after which the power transmission module may be attached to the screen scoop by suitable fastening means.
Electromagnetic relay , preferably a safety relay , with - a main body , - a coil system located on the main body , the coil system having a coil and a yoke which extends through the coil along a winding axis (WA) of the coil , - an armature , which is located next to the coil and mounted such that it can pivot about an armature bearing axis (AA, AA') and has pole shoes for magnetically coupling with the yoke of the coil system , - a contact system having at least two contact springs , wherein each spring movement plane (FB) of the contact springs extends across the winding axis (WA) of the coil , preferably at a substantially right angle, - and at least two actuators arranged on the armature , which are allocated to the contact springs in order to actuate contact springs and which extend radially outwards on the armature with respect to the armature bearing axis (AA, AA') in a longitudinal direction (AL) of the armature , wherein the radially outermost ends of the two actuators are each farther away from the armature bearing axis (AA, AA') than the pole shoes of the armature . - a main body , - a coil system located on the main body , the coil system having a coil and a yoke which extends through the coil along a winding axis (WA) of the coil , - an armature , which is located next to the coil and mounted such that it can pivot about an armature bearing axis (AA, AA') and has pole shoes for magnetically coupling with the yoke of the coil system , - a contact system having at least two contact springs , wherein each spring movement plane (FB) of the contact springs extends across the winding axis (WA) of the coil , preferably at a substantially right angle, - and at least two actuators arranged on the armature , which are allocated to the contact springs in order to actuate contact springs and which extend radially outwards on the armature with respect to the armature bearing axis (AA, AA') in a longitudinal direction (AL) of the armature , wherein the radially outermost ends of the two actuators are each farther away from the armature bearing axis (AA, AA') than the pole shoes of the armature .
A steering column device comprising: a mount bracket fixed to a vehicle body and including a pair of side wall portions ; a steering column constituted by fitting an upper tube and a lower tube to each other, the steering column being disposed between the side wall portions so as to extend in a front-rear direction of the vehicle body; a distance bracket provided on the upper tube and including a pair of sliding contact walls ; a tilt bolt extending through the side wall portions and the sliding contact walls ; a detachment mechanism configured to detach the steering column from the mount bracket when a load equal to or greater than a set value is applied to the upper tube toward a front of the vehicle body, the detachment mechanism being configured to contract the steering column by relative movement of the upper tube and the lower tube , the detachment mechanism has a slit that is provided on each sliding contact wall of the distance bracket with the tilt bolt inserted through the slit and that has an open end on a rear side in the front-rear direction of the vehicle body, characterized in that the detachment mechanism has a collar mounted on an outer circumference of the tilt bolt ; and the collar is mounted on the outer circumference of the tilt bolt with a space between the outer circumference of the tilt bolt and an inner circumference of the collar such that when the steering column is detached from the mount bracket , the collar idles around the tilt bolt . a mount bracket fixed to a vehicle body and including a pair of side wall portions ; a steering column constituted by fitting an upper tube and a lower tube to each other, the steering column being disposed between the side wall portions so as to extend in a front-rear direction of the vehicle body; a distance bracket provided on the upper tube and including a pair of sliding contact walls ; a tilt bolt extending through the side wall portions and the sliding contact walls ; a detachment mechanism configured to detach the steering column from the mount bracket when a load equal to or greater than a set value is applied to the upper tube toward a front of the vehicle body, the detachment mechanism being configured to contract the steering column by relative movement of the upper tube and the lower tube , the detachment mechanism has a slit that is provided on each sliding contact wall of the distance bracket with the tilt bolt inserted through the slit and that has an open end on a rear side in the front-rear direction of the vehicle body, characterized in that the detachment mechanism has a collar mounted on an outer circumference of the tilt bolt ; and the collar is mounted on the outer circumference of the tilt bolt with a space between the outer circumference of the tilt bolt and an inner circumference of the collar such that when the steering column is detached from the mount bracket , the collar idles around the tilt bolt .
A mechanical circulatory support device, comprising: an inner housing having an inlet end , an outlet end , and a flow path there between, the flow path defining a longitudinal axis; a volute downstream of the outlet end having an outlet port; a rotor mounted within the inner housing upstream of the volute and configured to rotate about the longitudinal axis; the volute including an inner surface having a minimum radius immediately adjacent the rotor and a maximum radius at the outlet port that is larger than the minimum radius; characterised by an elongate housing portion disposed between the rotor and the volute, the elongate housing portion having an inlet end radius and an outlet end radius, the inlet end radius being at least one of larger than and equal to an inner surface radius of the inner housing, and the outlet end radius being larger than the inner surface radius of the inner housing; and a center post extending through at least a portion of the volute and through at least a portion of the elongate housing portion, the center post being downstream from the rotor, the elongate housing portion defining a gap between the rotor and the center post. an inner housing having an inlet end , an outlet end , and a flow path there between, the flow path defining a longitudinal axis; a volute downstream of the outlet end having an outlet port; a rotor mounted within the inner housing upstream of the volute and configured to rotate about the longitudinal axis; the volute including an inner surface having a minimum radius immediately adjacent the rotor and a maximum radius at the outlet port that is larger than the minimum radius; characterised by an elongate housing portion disposed between the rotor and the volute, the elongate housing portion having an inlet end radius and an outlet end radius, the inlet end radius being at least one of larger than and equal to an inner surface radius of the inner housing, and the outlet end radius being larger than the inner surface radius of the inner housing; and a center post extending through at least a portion of the volute and through at least a portion of the elongate housing portion, the center post being downstream from the rotor, the elongate housing portion defining a gap between the rotor and the center post.
Polarization cell comprising: - a rectangular conductive plane having an opening ; - a terminal of application of an input signal located inside of the opening; - a first switching element (D1) coupling the terminal to a first region of the conductive plane; - a second switching element (D2) coupling the terminal to a second region of the conductive plane; and - a patch antenna adapted to transmit the input signal to the terminal, characterized in that the opening is off-centered with respect to the conductive plane, the first and second regions of the conductive plane being respectively located in the vicinity of first and second corners (C1, C2) of the conductive plane, the first and second corners being coupled by a same side of the conductive plane. - a rectangular conductive plane having an opening ; - a terminal of application of an input signal located inside of the opening; - a first switching element (D1) coupling the terminal to a first region of the conductive plane; - a second switching element (D2) coupling the terminal to a second region of the conductive plane; and - a patch antenna adapted to transmit the input signal to the terminal,
A method for preparing keratin hydrolyzates, in which at least 30% of the protein fragments present have a molecular weight of less than 1000 Da and at least 15% have a molecular weight of less than 500 Da, wherein firstly a) keratin is oxidatively pretreated and b) enzymatically hydrolyzed in the presence of at least one endopeptidase, wherein subsequently c) enzymatic hydrolysis is carried out once again in the presence of at least one exopeptidase.
A method of controlling a cooking device , comprising the steps of: a) receiving, by a control unit of the cooking device, a desired cooking process for cooking a food to be cooked; b) acquiring at least one current quantity-relevant parameter (P7) from the control unit or an input device, the current quantity-relevant parameter acquired being the use and, if applicable, the quantity of browning-promoting substances; c) determining, by the control unit , a device-specifically optimum quantity of the food to be cooked, taking into account device-specific performance data of the cooking device, the currently available power of the cooking device, the installation site of the cooking device and/or the environment of the cooking device, and based on the desired cooking process and the quantity-relevant parameters (P7), wherein the control unit - increases the optimum quantity if the use of browning-promoting substances is detected, and d) subsequently outputting, by means of output means , the optimum quantity determined. a) receiving, by a control unit of the cooking device, a desired cooking process for cooking a food to be cooked; b) acquiring at least one current quantity-relevant parameter (P7) from the control unit or an input device, the current quantity-relevant parameter acquired being the use and, if applicable, the quantity of browning-promoting substances; c) determining, by the control unit , a device-specifically optimum quantity of the food to be cooked, taking into account device-specific performance data of the cooking device, the currently available power of the cooking device, the installation site of the cooking device and/or the environment of the cooking device, and based on the desired cooking process and the quantity-relevant parameters (P7), wherein the control unit - increases the optimum quantity if the use of browning-promoting substances is detected, and - increases the optimum quantity if the use of browning-promoting substances is detected, and d) subsequently outputting, by means of output means , the optimum quantity determined.
A method performed by a user equipment, UE, device to perform measurements in order to assess network performance, preferably minimization of drive test, MDT, measurements, the method comprising: receiving from a network equipment a configuration message comprising configuration information, the configuration information providing information for controlling service specific measurements for at least one bearer and for controlling tagging of measurement reports by the UE with a list of service flow identifiers or an indication that the measurement relates to a multiplicity of service data flows, and characterized in that the configuration information provides information for controlling the performing of service specific measurements on the at least one bearer for at least two service data flows, SDFs, per bearer and the method further comprises the UE device performing and reporting the measurements on the at least one bearer for at least two service data flows, SDFs, per bearer. receiving from a network equipment a configuration message comprising configuration information, the configuration information providing information for controlling service specific measurements for at least one bearer and for controlling tagging of measurement reports by the UE with a list of service flow identifiers or an indication that the measurement relates to a multiplicity of service data flows, and characterized in that the configuration information provides information for controlling the performing of service specific measurements on the at least one bearer for at least two service data flows, SDFs, per bearer and the method further comprises the UE device performing and reporting the measurements on the at least one bearer for at least two service data flows, SDFs, per bearer.
Method for the testing of a vehicle with a vehicle test stand , wherein the vehicle test stand has a coolant conditioner , and the vehicle has an item under test with a coolant circuit, wherein the coolant conditioner is connected into the coolant circuit of the item under test, for purposes of heat exchange with the item under test, and a coolant is guided between the coolant conditioner and the item under test, characterised in that , a supply flow temperature of the coolant of the cooling circuit is determined by means of a simulation model, and a cooling performance of the coolant conditioner is controlled as a function of the supply flow temperature determined, wherein the supply flow temperature of the coolant is determined as a function of a temperature, and/or a velocity, of a simulated headwind.