mhurhangee/patent-ind-claim-en huggingface dataset:
A control device comprising: an identification unit configured to identify wearing or detachment of a head-mounted display ; a user identification unit configured to identify a user who wears the head-mounted display; and an output control unit configured to control, in accordance with the wearing or detachment, at least one output of sound output and video output from the head-mounted display and at least one output of sound output and video output from a display device which is provided separately from the head-mounted display, wherein the output control unit makes the head-mounted display output at least one of the sound output and the video output for the identified user, the output control unit makes the display device, which is provided separately from the head-mounted display, output at least one of the sound output and the video output, for a user different from the identified user, and at least one of the outputs corresponding to the identified user is different to the corresponding output for the user different from the identified user. an identification unit configured to identify wearing or detachment of a head-mounted display ; a user identification unit configured to identify a user who wears the head-mounted display; and an output control unit configured to control, in accordance with the wearing or detachment, at least one output of sound output and video output from the head-mounted display and at least one output of sound output and video output from a display device which is provided separately from the head-mounted display, wherein the output control unit makes the head-mounted display output at least one of the sound output and the video output for the identified user, the output control unit makes the display device, which is provided separately from the head-mounted display, output at least one of the sound output and the video output, for a user different from the identified user, and at least one of the outputs corresponding to the identified user is different to the corresponding output for the user different from the identified user.
A crankshaft for an engine , comprising: first, second, third, and fourth crank web pairs (31a-31d) that each include a pair of crank webs (34a-34h) and that are sequentially disposed from one end side to the other end side, a first crank pin that interconnects between the pair of crank webs (34a-34b) of the first crank web pair , a second crank pin that interconnects between the pair of crank webs (34c-34d) of the second crank web pair and that is different in phase by 90 degrees from the first crank pin , a third crank pin that interconnects between the pair of crank webs (34e-34f) of the third crank web pair and that is different in phase by 180 degrees from the second crank pin , a fourth crank pin that interconnects between the pair of crank webs (34g-34h) of the fourth crank web pair and that is different in phase by 180 degrees from the first crank pin , a first gear formed to an outer crank web of the pair of crank webs (34a-34b) of the first crank web pair , the outer crank web being located on one end side in a direction of the axial line of the crankshaft , and the first gear configured to engage with a second gear of a balancer shaft that reduces a primary force couple of the crankshaft , characterized in that it comprises a further gear formed on an outer circumference of the inner crank web of the fourth crank web pair the further gear configured to engage with a clutch for connecting the crankshaft to a main shaft of the engine . first, second, third, and fourth crank web pairs (31a-31d) that each include a pair of crank webs (34a-34h) and that are sequentially disposed from one end side to the other end side, a first crank pin that interconnects between the pair of crank webs (34a-34b) of the first crank web pair , a second crank pin that interconnects between the pair of crank webs (34c-34d) of the second crank web pair and that is different in phase by 90 degrees from the first crank pin , a third crank pin that interconnects between the pair of crank webs (34e-34f) of the third crank web pair and that is different in phase by 180 degrees from the second crank pin , a fourth crank pin that interconnects between the pair of crank webs (34g-34h) of the fourth crank web pair and that is different in phase by 180 degrees from the first crank pin , a first gear formed to an outer crank web of the pair of crank webs (34a-34b) of the first crank web pair , the outer crank web being located on one end side in a direction of the axial line of the crankshaft , and the first gear configured to engage with a second gear of a balancer shaft that reduces a primary force couple of the crankshaft ,
A method for zone passage control in an underground worksite comprising a plurality of operation zones for autonomously operating mobile vehicle operations, comprising: - receiving position information of at least one autonomously operating mobile vehicle in a fusion zone merged of at least a first zone and a second zone associated with a first passage control unit , - in response to detecting a mobile object by a second passage control unit associated with the first zone, performing: o checking position of the at least one autonomously operating mobile vehicle , o in response to an autonomously operating mobile vehicle being positioned in the second zone, preventing a control command to stop the autonomously operating mobile vehicle in the second zone, and o demerging the first zone and the second zone. - receiving position information of at least one autonomously operating mobile vehicle in a fusion zone merged of at least a first zone and a second zone associated with a first passage control unit , - in response to detecting a mobile object by a second passage control unit associated with the first zone, performing: o checking position of the at least one autonomously operating mobile vehicle , o in response to an autonomously operating mobile vehicle being positioned in the second zone, preventing a control command to stop the autonomously operating mobile vehicle in the second zone, and o demerging the first zone and the second zone. o checking position of the at least one autonomously operating mobile vehicle , o in response to an autonomously operating mobile vehicle being positioned in the second zone, preventing a control command to stop the autonomously operating mobile vehicle in the second zone, and o demerging the first zone and the second zone.
Method for creating a HTML/CSS representation of a geometric symbol, wherein the method comprises: a. processing a symbol definition from a file; b. creating a web browser specific shape CSS class for each geometric shape comprised in the symbol definition; and, c. generating the HTML/CSS representation comprising the one or more created web browser specific shape CSS classes . a. processing a symbol definition from a file; b. creating a web browser specific shape CSS class for each geometric shape comprised in the symbol definition; and, c. generating the HTML/CSS representation comprising the one or more created web browser specific shape CSS classes .
A method of sending an alert message, comprising: receiving , at a communication device, a notification message for a user; determining , by the communication device, a location of the user, wherein determining the location of the user includes executing a user search function, wherein the user search function includes communications to one or more devices with instructions to obtain an image and to determine if the user is in the image; determining , by the communication device, one or more notification devices based on the location of the user; generating , by the communication device, the alert message based on one or more notification preferences associated with the user and the one or more notification devices; and sending , by the communication device, the alert message to at least one of the one or more notification devices based on the one or more notification preferences. receiving , at a communication device, a notification message for a user; determining , by the communication device, a location of the user, wherein determining the location of the user includes executing a user search function, wherein the user search function includes communications to one or more devices with instructions to obtain an image and to determine if the user is in the image; determining , by the communication device, one or more notification devices based on the location of the user; generating , by the communication device, the alert message based on one or more notification preferences associated with the user and the one or more notification devices; and sending , by the communication device, the alert message to at least one of the one or more notification devices based on the one or more notification preferences.
Motor vehicle comprising a storage compartment in an interior trim of said motor vehicle , whereby said storage compartment comprises: - a hatch element that is disposed at a side panel of a first area of the storage compartment , said hatch element connecting the first area of the storage compartment with the exterior of the motor vehicle ; and - an access element that is disposed at a panel of a second area of the storage compartment , said access element connecting the second area of the storage compartment with a passenger compartment of the motor vehicle ; wherein the motor vehicle comprises: - a conveyor element arranged in the storage compartment , wherein said conveyor element extends from the first area to the second area of the storage compartment , and wherein said conveyor element is constructed to transport an object from one of said areas to the other of said areas ; wherein the motor vehicle is characterized by a divider element for at least partially separating the first area from the second area of the storage compartment . - a hatch element that is disposed at a side panel of a first area of the storage compartment , said hatch element connecting the first area of the storage compartment with the exterior of the motor vehicle ; and - an access element that is disposed at a panel of a second area of the storage compartment , said access element connecting the second area of the storage compartment with a passenger compartment of the motor vehicle ; - a conveyor element arranged in the storage compartment , wherein said conveyor element extends from the first area to the second area of the storage compartment , and wherein said conveyor element is constructed to transport an object from one of said areas to the other of said areas ;
A device for treating stains which can be carried around on its own by a person, the device comprising a reservoir for receiving a chemical formulation, wherein the reservoir has an outlet opening for dispensing the chemical formulation, and a UV radiation source which emits its radiation substantially in a direction away from the device, wherein the device is pin-shaped, comprising a first and a second end, wherein the UV radiation source is arranged in the region of the first end and the outlet opening of the reservoir is arranged in the region of the second end of the device, wherein the device is formed in at least two parts, wherein the reservoir is arranged in a first part of the device and the UV radiation source is arranged in a second part of the device, and wherein the first and the second part of the device can be interconnected via connecting means.
An aqueous composition for making dip-molded comestible hard capsules comprising a film forming capsule base material and one or more colorants characterized in that each said colorant consists of a hydrophilic coloring foodstuff concentrate, wherein the coloring foodstuff concentrate is a concentrate from a source material consisting of food or a characteristic ingredient of food, and wherein the source material does not undergo selective physical and/or chemical extraction, wherein the source material is selected from the group consisting of: purple carrot, yam, radish, sweet potato, beetroot, blackcurrant, grape, huito, safflower, spirulina, and mixtures thereof.
Protection system of a doubly-fed induction machine, the system comprises a doubly-fed induction machine with a stator and a rotor , the stator of said doubly-fed induction machine is connected to a grid and the rotor of said doubly-fed induction machine is connected to the grid via a converter , said converter comprises a machine side converter , a direct-current(DC)-link and a line side converter , the system comprises additionally at least one crowbar , said crowbar is connected to the rotor , a converter controller and a separate protection device , wherein said system comprises at least one direct-current(DC)-chopper provided in the DC-link , characterized in that the DC-chopper and the crowbar are controlled by the separate protection device , wherein the converter controller comprises means to calculate the current of the crowbar using an estimated rotor current and the current measured at the machine side converter.
A method for forming noble metal nanoparticles on a support, comprising: mixing a support ink with one or more noble metal precursor solution, wherein the support ink comprises a solution of a first polyhydric alcohol and the support, wherein the one or more noble metal precursor solution comprises a solution of a second polyhydric alcohol and the one or more noble metal precursor; feeding the mixture of the support ink and the one or more noble metal precursor solution to a spiral glass tube reactor; heating the spiral glass tube reactor containing the mixture of the support ink and the one or more noble metal precursor solution to reduce the noble metal precursor to form noble metal nanoparticles on the support; wherein the one or more noble metal precursor comprises a complex of platinum; and wherein the noble metal nanoparticles comprise nanoparticles of platinum. mixing a support ink with one or more noble metal precursor solution, wherein the support ink comprises a solution of a first polyhydric alcohol and the support, wherein the one or more noble metal precursor solution comprises a solution of a second polyhydric alcohol and the one or more noble metal precursor; feeding the mixture of the support ink and the one or more noble metal precursor solution to a spiral glass tube reactor; heating the spiral glass tube reactor containing the mixture of the support ink and the one or more noble metal precursor solution to reduce the noble metal precursor to form noble metal nanoparticles on the support; wherein the one or more noble metal precursor comprises a complex of platinum; and wherein the noble metal nanoparticles comprise nanoparticles of platinum.
A projecting light fixture comprising: - at least one light source configured to generate at least one source light beam propagating along an optical axis, - an optical gate , wherein the at least one source light beam illuminates the optical gate, - a single support wheel located near the optical gate, wherein a plurality of gobo wheels are provided on the single support wheel, each gobo wheel comprising a gobo beam shaping object rotatable arounds its gobo wheel axis, wherein the single support wheel is rotatable around its support wheel axis such that one of the plurality of gobo wheels is placed with its gobo beam shaping object in the at least one source light beam, - a beam shaping plate comprising a plurality of plate beam shaping objects , wherein the beam shaping plate is fixedly connected to the single support wheel in a position where each plate beam shaping object fixedly placed in front of one of the gobo wheels is facing said one gobo wheel, wherein the least one source light beam passing through one of the gobo wheels is at least partly blocked by the gobo beam shaping object of said one gobo wheel and the corresponding plate beam shaping object facing said one gobo wheel, - a control unit configured to rotate each of the gobo wheels with its gobo beam shaping object relative to the beam shaping plate. - at least one light source configured to generate at least one source light beam propagating along an optical axis, - an optical gate , wherein the at least one source light beam illuminates the optical gate, - a single support wheel located near the optical gate, wherein a plurality of gobo wheels are provided on the single support wheel, each gobo wheel comprising a gobo beam shaping object rotatable arounds its gobo wheel axis, wherein the single support wheel is rotatable around its support wheel axis such that one of the plurality of gobo wheels is placed with its gobo beam shaping object in the at least one source light beam, - a beam shaping plate comprising a plurality of plate beam shaping objects , wherein the beam shaping plate is fixedly connected to the single support wheel in a position where each plate beam shaping object fixedly placed in front of one of the gobo wheels is facing said one gobo wheel, wherein the least one source light beam passing through one of the gobo wheels is at least partly blocked by the gobo beam shaping object of said one gobo wheel and the corresponding plate beam shaping object facing said one gobo wheel, - a control unit configured to rotate each of the gobo wheels with its gobo beam shaping object relative to the beam shaping plate.
Composite material consisting of a metal bottom planar element , a top planar element made of metal, and an intermediate layer which is arranged between the bottom planar element and the top planar element and is made of at least one first thermoset and a second thermoset having a higher polymerisation temperature than the first thermoset , at least the first thermoset being in a cured state and the second thermoset being in a non-cured state, characterised in that the intermediate layer consists of three or more thermosets , the third or the further thermosets being in a non-cured state and the thermosets having different polymerisation temperatures.
A device , comprising: a first numerically controlled oscillator, NCO, configured to shift a frequency of a pre-distorted downlink baseband signal by a first offset to generate a first signal, the pre-distorted downlink baseband signal being associated with a plurality of allocated carriers; a radio frequency, RF, processing unit including a local oscillator, LO, configured to generate an LO signal at an LO frequency for modulation of the first signal, the LO frequency being within a protection area of one of the plurality of allocated carriers or being equal to a center frequency of the one of the plurality of allocated carriers; a power amplifier configured to generate, based on a modulated baseband signal obtained based on the first signal and on the LO signal, an amplified signal for transmission; and a second NCO configured to shift a frequency of a demodulated signal obtained based on the amplified signal and on the LO signal by a second offset to generate a second signal for generation of a pre-distortion coefficient, the second offset being an opposite number of the first offset, the first offset being determined at least based on the LO frequency.
Blade of a lawnmower, with a vertical axis , with a radial direction perpendicular to the vertical axis and with a cutting direction perpendicular to the vertical axis and to the radial direction , wherein the blade has at least two blade wings arranged around the vertical axis , wherein each of the blade wings has, in the radial direction on the outside, an edge section with a wing depth (T F ), a leading sharpened cutting edge and a trailing rear edge , wherein the edge section has, if viewed in the cross-section of the blade wing , a contour starting from the cutting edge and running towards the rear edge , this being an upper contour in the usual installed position, wherein the upper contour is defined by an upper curve along at least half of the wing depth (T F ), wherein the upper curve has a constant curvature and at least sections thereof rise in a convex manner in the direction towards the rear edge , characterised in that the upper curve starts from the cutting edge and extends at the position of the cutting edge at an entry angle (α) to the cutting direction , wherein the entry angle (α) lies in a range of 0° to 5° inclusive and in particular in a range of 1.5° to 3.0° inclusive.
A method, in a radio network node of a wireless communications network, wherein one or more wireless devices are served via one or more beams transmitted by radio network nodes , the method comprising: estimating , for a wireless device operating in the wireless communications network, a Doppler spread associated with movement of the wireless device ; based on said estimating , evaluating the estimated Doppler spread associated with the wireless device ; adjusting at least one mobility-related parameter, based on said evaluating of the estimated Doppler spread, wherein the at least one mobility-related parameter comprises at least a mobility measurement rate for the wireless device ; and carrying out one or more mobility procedures for the wireless device , based on the adjusted at least one mobility-related parameter. estimating , for a wireless device operating in the wireless communications network, a Doppler spread associated with movement of the wireless device ; based on said estimating , evaluating the estimated Doppler spread associated with the wireless device ; adjusting at least one mobility-related parameter, based on said evaluating of the estimated Doppler spread, wherein the at least one mobility-related parameter comprises at least a mobility measurement rate for the wireless device ; and carrying out one or more mobility procedures for the wireless device , based on the adjusted at least one mobility-related parameter.
An apparatus with a dynamic random access memory - DRAM - device , the DRAM device comprising: a memory array with addressable memory locations; an internal error checking and correction (ECC) circuit to perform internal ECC, including to generate and apply internal check bits within the DRAM device, wherein the memory array is to provide 2N memory locations for N+1 internal check bits for internal ECC of 2^N data bits, where N is an integer greater than 1, thereby providing (2N minus (N+1)) memory locations as extra bits; and a hardware input/output interface to couple to a memory controller , wherein the input/output interface is to provide access to one or more of the (2N minus (N+1)) memory locations to the memory controller, the one or more of the (2N minus (N+1)) memory locations being written with external check bits generated by an external ECC circuit which is managed by the memory controller . a memory array with addressable memory locations; an internal error checking and correction (ECC) circuit to perform internal ECC, including to generate and apply internal check bits within the DRAM device, wherein the memory array is to provide 2N memory locations for N+1 internal check bits for internal ECC of 2^N data bits, where N is an integer greater than 1, thereby providing (2N minus (N+1)) memory locations as extra bits; and a hardware input/output interface to couple to a memory controller , wherein the input/output interface is to provide access to one or more of the (2N minus (N+1)) memory locations to the memory controller, the one or more of the (2N minus (N+1)) memory locations being written with external check bits generated by an external ECC circuit which is managed by the memory controller .