mhurhangee/patent-ind-claim-en huggingface dataset:
An anti-theft horn assembly, comprising an anti-theft horn and a mounting bracket , wherein the mounting bracket is configured to fix the anti-theft horn at an inner side of a vehicle wing; the mounting bracket comprises a first fixing part , a substrate , a second fixing part , and an anti-theft horn mounting part ; the first fixing part is located at a first end of the substrate for fixedly connecting with a vehicle cabin; the second fixing part is located at a second end of the substrate for fixedly connecting with a vehicle wing mounting bracket; and wherein the anti-theft horn mounting part is located at an inner side of the substrate and forms a U-shaped groove structure with the substrate , and the anti-theft horn is located in the U-shaped groove structure, and is fixedly connected to the anti-theft horn mounting part and is spaced from the inner side of the substrate . the mounting bracket comprises a first fixing part , a substrate , a second fixing part , and an anti-theft horn mounting part ; the first fixing part is located at a first end of the substrate for fixedly connecting with a vehicle cabin; the second fixing part is located at a second end of the substrate for fixedly connecting with a vehicle wing mounting bracket; and wherein the anti-theft horn mounting part is located at an inner side of the substrate and forms a U-shaped groove structure with the substrate , and the anti-theft horn is located in the U-shaped groove structure, and is fixedly connected to the anti-theft horn mounting part and is spaced from the inner side of the substrate .
A radiator screen with a cleaning device , wherein the radiator screen has a frame component inside which a sieve-like surface is formed, and the cleaning device is configured as a suction device which moves in a cyclic manner over the surface of the radiator screen and which picks up particles which are deposited on the surface , characterized in that the suction device has two suction arms which are pivotably mounted about an axis which is orientated vertically with respect to the surface by means of diagonally opposed bearings positioned inside the radiator screen .
Aqueous, solids-containing dipping bath composition for treating reinforcing inserts for rubber products comprising the following components or consisting of these components, (A) at least one blocked MDI mixture, the MDI mixture comprising MDI oligomers of formula (I), n being a whole number from 1 to 8, and MDI monomers; (B) at least one resorcinol-formaldehyde latex; and (C) possibly at least one additive, wherein the dipping bath composition is essentially free of epoxides. (A) at least one blocked MDI mixture, the MDI mixture comprising MDI oligomers of formula (I), n being a whole number from 1 to 8, and MDI monomers; (B) at least one resorcinol-formaldehyde latex; and (C) possibly at least one additive, wherein the dipping bath composition is essentially free of epoxides.
A brake testing system of testing a brake (B) of a vehicle (V) which is driven on a bench having a rotating body , comprising: a rotation control unit that controls to make the rotating body rotate at a predetermined rotational speed; a torque acquiring unit that acquires a torque value generated on the rotating body by the brake (B) of the vehicle (V) being operated; a time period acquiring unit that acquires a time period during which the brake (B) of the vehicle (V) is operated; a braking work load calculating unit that calculates a work load of the brake (B) based on the rotational speed of the rotating body controlled by the rotation control unit , the torque value acquired by the torque acquiring unit , and the time period acquired by the time period acquiring unit ; a brake dust amount calculating unit that calculates a brake dust amount generated by the brake (B) being operated; and a storing unit that associates and stores the brake dust amount calculated by the brake dust amount calculating unit and the work load of the brake (B) calculated by the braking work load calculating unit . a rotation control unit that controls to make the rotating body rotate at a predetermined rotational speed; a torque acquiring unit that acquires a torque value generated on the rotating body by the brake (B) of the vehicle (V) being operated; a time period acquiring unit that acquires a time period during which the brake (B) of the vehicle (V) is operated; a braking work load calculating unit that calculates a work load of the brake (B) based on the rotational speed of the rotating body controlled by the rotation control unit , the torque value acquired by the torque acquiring unit , and the time period acquired by the time period acquiring unit ; a brake dust amount calculating unit that calculates a brake dust amount generated by the brake (B) being operated; and a storing unit that associates and stores the brake dust amount calculated by the brake dust amount calculating unit and the work load of the brake (B) calculated by the braking work load calculating unit .
A sorting system for batch sorting of particles, comprising: a microfluidic ejector ; a flow channel fluidically coupled to the microfluidic ejector at one end; a reservoir coupled to an opposite end of the flow channel from the microfluidic ejector; an optical sensor to image the flow channel; the sorting system being characterized by : a counter disposed in the flow channel upstream of the microfluidic ejector to count particles prior to ejection from the microfluidic ejector; and a controller configured to: locate a target particle in the flow channel based, at least in part, on the image; and control the sorting system to capture the target particle in a collection vessel based, at least in part, on a count from the counter. a microfluidic ejector ; a flow channel fluidically coupled to the microfluidic ejector at one end; a reservoir coupled to an opposite end of the flow channel from the microfluidic ejector; an optical sensor to image the flow channel; the sorting system being characterized by : a counter disposed in the flow channel upstream of the microfluidic ejector to count particles prior to ejection from the microfluidic ejector; and a controller configured to: locate a target particle in the flow channel based, at least in part, on the image; and control the sorting system to capture the target particle in a collection vessel based, at least in part, on a count from the counter. a counter disposed in the flow channel upstream of the microfluidic ejector to count particles prior to ejection from the microfluidic ejector; and a controller configured to: locate a target particle in the flow channel based, at least in part, on the image; and control the sorting system to capture the target particle in a collection vessel based, at least in part, on a count from the counter. locate a target particle in the flow channel based, at least in part, on the image; and control the sorting system to capture the target particle in a collection vessel based, at least in part, on a count from the counter.
Method for fitting a housing of a battery module with a cell stack of compressed battery cells , characterised in that the cell stack of battery cells is introduced into a manipulation device between at least two sliding rails or groups of sliding rails , wherein at least one sliding rail or a group of sliding rails of the manipulation device acts in each case on the outermost battery cells and keeps the battery cells under a defined compression, in that the cell stack of battery cells is pushed into the housing by the manipulation device perpendicularly to the stacking direction of the cell stack and applied in the housing , the battery cells are released from the sliding rails and the sliding rails are pulled out of the housing again.
A decontamination device for decontaminating products in the form of consumer goods and/or consumer good packaging having consumer goods located therein prior to supplying the consumer goods into an isolator, the decontamination device comprising several decontamination chambers each having a closable inlet opening and a closable outlet opening , and each comprising application means for applying a decontamination agent to the decontamination chambers , and the decontamination device comprising a distributor chamber disposed upstream of the decontamination chambers and having a supply opening for products to be decontaminated, the distributor chamber comprising distributor means for distributing the products to the different decontamination chambers , and the decontamination device comprising a discharge chamber disposed downstream of the decontamination chambers and having a discharge opening and comprising transport means for transporting the decontaminated products out of the decontamination chambers , the distributor chamber and/or the discharge chamber being assigned means for reducing a decontamination agent concentration by means of which the decontamination agent is conveyed through a catalytic converter in air circulation mode and/or decontamination agent is displaced by supplying fresh air.
A rotary actuator for an entry/exit device, in particular a orientable and/or translatable door or ramp and the like in public transport vehicles, the actuator comprising an electric motor , a reduction gear arranged on a front side of the motor and connected to a front portion of a shaft of the motor , an output shaft connected to the reduction gear , an automatic locking brake arranged on a rear side of the motor opposite the front side and connected to a rear portion of the motor shaft , a first decoupler connected between the rear portion of the motor shaft and the locking brake and actuatable to decouple the motor shaft from the locking brake , wherein the rotary actuator is characterized by further comprising: a second decoupler connected between the reduction gear and the output shaft and actuatable to decouple the output shaft from the reduction gear , and an unlocking mechanism manually actuatable and configured so as to actuate the first decoupler first and subsequently the second decoupler . a second decoupler connected between the reduction gear and the output shaft and actuatable to decouple the output shaft from the reduction gear , and an unlocking mechanism manually actuatable and configured so as to actuate the first decoupler first and subsequently the second decoupler .
A user equipment, UE, for licensed-assisted access, LAA, comprising: a first circuit operative to perform a first listen-before-talk, LBT, in a system bandwidth; and a transmitter operative to transmit a preamble, characterized in that the user equipment further comprises second circuit operative to perform a second LBT in an allocated bandwidth; and the transmitter is further operative to transmit a first preamble over the allocated bandwidth when the first LBT is unsuccessful and the second LBT is successful and is further operative to transmit a second preamble over the system bandwidth or to not transmit any preamble when both the first LBT and the second LBT are successful. a first circuit operative to perform a first listen-before-talk, LBT, in a system bandwidth; and a transmitter operative to transmit a preamble, characterized in that the user equipment further comprises second circuit operative to perform a second LBT in an allocated bandwidth; and the transmitter is further operative to transmit a first preamble over the allocated bandwidth when the first LBT is unsuccessful and the second LBT is successful and is further operative to transmit a second preamble over the system bandwidth or to not transmit any preamble when both the first LBT and the second LBT are successful.
A method for adjusting a load of a resource server, applied to a scheduling system, comprising: determining (S1) a quality fluctuating value of the resource server in a current detection period in accordance with a historical feature value of the resource server and an operation data recorded through an access interface provided by the resource server located at an IP address of the resource server, in the current detection period, wherein the historical feature value is calculated based on the recorded operation data of the resource server, and the historical feature value indicates an average quality parameter of the respective resource server over the current detection period and detection periods before the current detection period; and reading (S3) a load weight value currently used by the resource server, comparing the determined quality fluctuating value with a specified fluctuating range, and according to the comparison , when the determined quality fluctuating value is not within the specified fluctuating range, adjusting the load weight value currently used by the resource server and taking the adjusted load weight value as a load weight value of the resource server after the current detection period. a quality fluctuating value of the resource server in a current detection period in accordance with a historical feature value of the resource server and an operation data recorded through an access interface provided by the resource server located at an IP address of the resource server, in the current detection period, wherein the historical feature value is calculated based on the recorded operation data of the resource server, and the historical feature value indicates an average quality parameter of the respective resource server over the current detection period and detection periods before the current detection period; and reading (S3) a load weight value currently used by the resource server, comparing the determined quality fluctuating value with a specified fluctuating range, and according to the comparison , when the determined quality fluctuating value is not within the specified fluctuating range, adjusting the load weight value currently used by the resource server and taking the adjusted load weight value as a load weight value of the resource server after the current detection period.
A method of coating a slip ring for use with a surgical instrument, wherein the method comprises the steps of: providing a slip ring including a plurality of conductive elements; and depositing a material less conductive than the conductive elements onto the conductive elements of the slip ring, characterised in that the depositing step comprises sputtering. providing a slip ring including a plurality of conductive elements; and depositing a material less conductive than the conductive elements onto the conductive elements of the slip ring, characterised in that the depositing step comprises sputtering.
Fuel injector for injecting fuel into a combustion chamber of an internal combustion engine, having a nozzle body , a nozzle needle , a holding body and an electromagnetic coil , wherein the holding body is braced with the nozzle body , wherein a pressure chamber , in which the nozzle needle is arranged in a longitudinally displaceable manner, is formed in the nozzle body , and wherein the nozzle needle , through its longitudinal movement, interacts with a nozzle needle seat and thereby opens and closes at least one injection opening into the combustion chamber, wherein the coil is arranged so as to at least partially radially surround the nozzle needle , wherein the coil is connected in an electrically conducting manner to at least one contact pin , wherein the at least one contact pin is arranged in a holding body clearance formed in the holding body , characterized in that the at least one contact pin projects into a nozzle body clearance , preferably a bore or a groove, which is formed in the nozzle body and thereby positions the nozzle body with respect to the holding body , wherein the holding body clearance and/or the nozzle body clearance are or is a bore, and the at least one contact pin is pressed into the bore or into the bores in a media-tight manner.
A MEMS device , comprising: a base ; and a plurality of mirror surfaces supported on the base , the plurality of mirror surfaces respectively being in a fixed position relative to the base , the plurality of mirror surfaces being at respective angles (80-86) relative to a reference , wherein the respective angles of at least some of the mirror surfaces are different from the respective angles of at least some others of the mirror surfaces , characterized in that the respective mirror surfaces are arranged in pattern that comprises a plurality of chevrons (50-62), wherein each chevron (50-62) comprises a respective plurality of the mirror surfaces including the plurality of mirror surfaces , a peak of each chevron is centered on the respective plurality of the mirror surfaces and each chevron is symmetric about a longitudinal center of the respective plurality of the mirror surfaces, thereby enabling the MEMS device to achieve a coverage in a first field direction with stability sufficient to enable high frequency scans in a second field direction. a base ; and a plurality of mirror surfaces supported on the base , the plurality of mirror surfaces respectively being in a fixed position relative to the base , the plurality of mirror surfaces being at respective angles (80-86) relative to a reference , wherein the respective angles of at least some of the mirror surfaces are different from the respective angles of at least some others of the mirror surfaces , characterized in that the respective mirror surfaces are arranged in pattern that comprises a plurality of chevrons (50-62), wherein each chevron (50-62) comprises a respective plurality of the mirror surfaces including the plurality of mirror surfaces , a peak of each chevron is centered on the respective plurality of the mirror surfaces and each chevron is symmetric about a longitudinal center of the respective plurality of the mirror surfaces, thereby enabling the MEMS device to achieve a coverage in a first field direction with stability sufficient to enable high frequency scans in a second field direction.
Electric charge dissipation system for a wind turbine blade , wherein the wind turbine blade comprises a root , an internal surface , an external surface and a first conductive paint disposed at least partially on the external surface , wherein the system comprises: • at least one metallic receptor assembly disposed at least partially on the external surface of the blade , • at least one conductor cable connected to the at least one metallic receptor assembly , characterized in that the system further comprises at least one first anti-static element configured to electrically connect the first conductive paint disposed at least partially on the external surface of the blade with the at least one metallic receptor assembly , and wherein the at least one first anti-static element is a resistive element comprising a resistance in the interval [1 kΩ, 10 MΩ]. • at least one metallic receptor assembly disposed at least partially on the external surface of the blade , • at least one conductor cable connected to the at least one metallic receptor assembly ,
A mobile robot , comprising: a driving mechanism configured to drive the mobile robot to move; a chassis , on which the driving mechanism is mounted; and a camera mainboard , on which a camera module is provided, and the camera module being configured to obtain an external environment image and having at least two optical axes; wherein the camera mainboard is arranged on the chassis such that each of the at least two optical axes is substantially parallel to a horizontal plane, characterised in that the chassis comprises a bracket made of a heatdissipating material, the bracket comprising a horizontal portion configured to arrange a main control chip and a vertical portion connected with the horizontal portion , and the camera mainboard is fixed to the vertical portion . a driving mechanism configured to drive the mobile robot to move; a chassis , on which the driving mechanism is mounted; and a camera mainboard , on which a camera module is provided, and the camera module being configured to obtain an external environment image and having at least two optical axes; wherein the camera mainboard is arranged on the chassis such that each of the at least two optical axes is substantially parallel to a horizontal plane,
A material composite for detecting free neutrons, comprising - a converter material , which is formed to generate secondary radiation as a result of neutron capture, and - a detector material , which is formed to store information with respect to a quantity of the secondary radiation and to release it again upon later evaluation by means of optically stimulated luminescence, wherein - the converter material and the detector material are each present in a plurality of particles, which are commonly present as a material mixture in the material composite , characterized in that the detector material is formed of beryllium oxide and the converter material is formed of lithium tetraborate. - a converter material , which is formed to generate secondary radiation as a result of neutron capture, and - a detector material , which is formed to store information with respect to a quantity of the secondary radiation and to release it again upon later evaluation by means of optically stimulated luminescence, wherein - the converter material and the detector material are each present in a plurality of particles, which are commonly present as a material mixture in the material composite ,
A set of pool cleaning robots for cleaning a pool, wherein the set comprises a master pool cleaning robot and a slave pool cleaning robot ; wherein the master pool cleaning robot allocates a cleaning task to the slave pool cleaning robot , characterized in that said cleaning task is based on a status of one or both pool cleaning robots of the set, wherein the status comprises at least one of: (a) a cleanliness of a filtering unit of a pool cleaning robot of the set; (b) an energy resources status of a pool cleaning robot of the set; (c) a fault of a pool cleaning robot of the set; (d) an error of a pool cleaning robot of the set; (e) a lack of progress of one or more cleaning tasks allocated to the one or more pool cleaning robots; and (f) deviations of a pool cleaning robot of the set from allocated path. (a) a cleanliness of a filtering unit of a pool cleaning robot of the set; (b) an energy resources status of a pool cleaning robot of the set; (c) a fault of a pool cleaning robot of the set; (d) an error of a pool cleaning robot of the set; (e) a lack of progress of one or more cleaning tasks allocated to the one or more pool cleaning robots; and (f) deviations of a pool cleaning robot of the set from allocated path.
A cable modem for a network, comprising a radio frequency resource manager unit for allocating a radio frequency resource to a plurality of cable modem terminal systems ; and an interface manager unit for establishing radio frequency interfaces respectively with the plurality of cable modem terminal systems according to the radio frequency resource allocation of the radio frequency resource manager unit , wherein the cable modem transmits a table of the radio frequency resource allocation to the plurality of cable modem terminal systems for notification of the frequency resource allocation.