mhurhangee/patent-ind-claim-en huggingface dataset:
Hand-held power tool having a tool housing , in which there is realized at least one drive unit for driving an exchangeable insert tool provided for working on workpieces, wherein an SDS tool receiver , for receiving the exchangeable insert tool , is provided, wherein the SDS tool receiver has at least one vacuuming-off channel for removing dust produced during working on a workpiece, characterized in that the SDS tool receiver has a receiver housing with a closure element and a main body , wherein the closure element is designed to close the main body at least in the operating state of the hand-held power tool , wherein the vacuuming-off channel is formed into the receiver housing and is realized in its closure element or in its main body and in its closure element .
A bearing housing that is provided with a cooling channel in at least part of the circumference around the bearing , wherein the cooling channel is provided with a flow guide member at least in part of its flow section to construct a tortuous passage (S) whose flow distance is longer than the corresponding circumferential length of the flow section, wherein the flow guide member is formed integrally with only one of the top and the bottom of the cooling channel , with a radial height (h) thereof being no less than 50% of the top-bottom spacing (L) of the cooling channel, characterised in that a gap passage (g) is provided between the flow guide member and the other one of the top and the bottom of the cooling channel .
A method for processing value documents, comprising the steps of: - detecting (S1) an action of an operator of a value-document processing apparatus by means of a camera device and generating image data of the detected action; - processing (S2) the generated image data by means of an image processing device ; - extracting (S3) at least one gesture (500; 510) from the processed image data by the image processing device ; - allocating (S4) the at least one gesture (500; 510) to an input information item for the value-document processing apparatus ; - providing (S5) the input information item in the value-document processing apparatus and - processing (S6) the input information item by the value-document processing apparatus , wherein a data input information item is allocated to the at least one gesture as the input information item and, on the basis of the data input information item, a data input into the value-document processing apparatus is effected, wherein a specific area (330; 340) on a working surface in a working region of the operator is allocated to the data input information item, and the data input information item is allocated to a gesture which corresponds to a body position and/or a movement of the operator by means of which the operator selects the specific area on the working surface, characterized in that the operator selects the specific area on the working surface in the working region of the operator by depositing a value document in the specific area (330; 340). - detecting (S1) an action of an operator of a value-document processing apparatus by means of a camera device and generating image data of the detected action; - processing (S2) the generated image data by means of an image processing device ; - extracting (S3) at least one gesture (500; 510) from the processed image data by the image processing device ; - allocating (S4) the at least one gesture (500; 510) to an input information item for the value-document processing apparatus ; - providing (S5) the input information item in the value-document processing apparatus and - processing (S6) the input information item by the value-document processing apparatus ,
Underwater machine tool comprising a tool holder having a removable hub for receiving at least one rotating tool, such as a milling tool, a saw, a drill bit and the like, the tool holder having a preferably cylindrically formed carrier body for receiving the removable hub , which is formed from a hub flange for receiving tools and a hub ring protruding centrally from the hub flange, it being possible to arrange the preferably centrally formed hub ring on the carrier body and to arrange said ring to be releasable and lockable by means of a locking device, characterised in that the at least one locking device has, in the tool holder , an unlatching bolt received in a pressurisable chamber , and a blocking bolt aligned with the unlatching bolt is received in the hub ring and can preferably be biased at its end remote from the tool holder by a spring element and has, on its front end facing the tool holder , a latching bolt , which in a latching position engages in a latching formation on the carrier body and cooperates with a cam on the front end of the blocking bolt , said cam being formed in such a way that, when the unlatching piston is deployed in the hub direction under the pressurisation, the piston presses the blocking bolt into the hub ring and the latching bolt is moved out of the latching formation by the cam , in such a way that the removable hub is releasable from the tool holder .
A method for operating a chemical gas scrubber through which a stream of gas containing a plurality of gases passes in order to withdraw a gas to be extracted from the stream of gas, wherein the stream of gas is contacted with a scrubbing water into which a chemical which chemically reacts with the gas to be extracted and which has a pH value outside the range 4 to 10 is continuously metered, and which then reacts with the gas to be extracted with the formation of a salt which is dissolved in the scrubbing water, and when a salt concentration is reached which is prior to crystallization of the salt, at least a portion of the scrubbing water is discharged, characterized in that prior to commencing discharge of the scrubbing water , metering-in of the reacting chemical is reduced and discharge of the scrubbing water is only then carried out when, via continuing contact of the scrubbing water with the stream of gas during reduction of the metering, the pH value of the scrubbing water has assumed a value which is biologically harmless for the purposes of fertilization, wherein the discharge of the scrubbing water is carried out when its pH value has assumed a value of between 3 and 8.5, and the discharged scrubbing water is fed into a collecting container.
A method for wireless communication by a Base Station, BS, comprising: deciding whether or not to multiplex paging signals and synchronization signals in a set of time resources, a set of frequency resources or a combination thereof, the deciding based on at least one of a capability of the BS, a capability of at least one User Equipment, UE, served by the BS, an operating frequency band or a combination of tone spacings of the paging signals and the synchronization signals; and multiplexing the paging signals and the synchronization signals in a synchronization signal block, SS block, based on the decision, wherein the paging signals include a paging grant that schedules a paging message, wherein the paging grant is conveyed via a Physical Downlink Control Channel, PDCCH, and the paging message is conveyed via a Physical Downlink Shared Channel, PDSCH. deciding whether or not to multiplex paging signals and synchronization signals in a set of time resources, a set of frequency resources or a combination thereof, the deciding based on at least one of a capability of the BS, a capability of at least one User Equipment, UE, served by the BS, an operating frequency band or a combination of tone spacings of the paging signals and the synchronization signals; and multiplexing the paging signals and the synchronization signals in a synchronization signal block, SS block, based on the decision, wherein the paging signals include a paging grant that schedules a paging message, wherein the paging grant is conveyed via a Physical Downlink Control Channel, PDCCH, and the paging message is conveyed via a Physical Downlink Shared Channel, PDSCH.
A dust-free table saw comprising a stage dedusting shield, the stage dedusting shield comprising: a shield assembly and a dust suction cover assembly ; wherein the dust suction cover assembly is mounted between a follower board and a rear portion of a saw blade and is fixed by the follower board characterized in that - the dust suction cover assembly comprises a dust suction cover and a rear rocker arm sleeved onto the exterior of the dust suction cover , wherein the dust suction cover and the rear rocker arm are movably connected to a dust suction cover torsion spring via a dust suction cover rotary pin and - a lower dust suction cover is connected under the dust suction cover , wherein the lower dust suction cover is connected to the dust suction cover via a lower dust suction cover rotary pin and a lower dust suction cover torsion spring . - the dust suction cover assembly comprises a dust suction cover and a rear rocker arm sleeved onto the exterior of the dust suction cover , wherein the dust suction cover and the rear rocker arm are movably connected to a dust suction cover torsion spring via a dust suction cover rotary pin and - a lower dust suction cover is connected under the dust suction cover , wherein the lower dust suction cover is connected to the dust suction cover via a lower dust suction cover rotary pin and a lower dust suction cover torsion spring .
At least one machine readable medium comprising one or more instructions that when executed by at least one processor, cause the at least one processorto: receive a request from a process to access data in a system; determine if the data is in a virtualized protected area of memory in the system, wherein the virtualized protected area of the memory is a secure storage area or determine if the data is not in the virtualized protected area of the memory but in an unsecure storage area of the memory, wherein trusted processes get full access to the secure storage area and the unsecure storage area and wherein untrusted processes do not get access to the secure storage area; responsive to determining that the data is in the virtualized protected area of the memory, determining whether the process is a trusted process, and allow access to the data based on a determination that the process is a trusted process, and wherein the data can be accessed and includes both unsecured files and secured files; responsive to the determining that the data is in the virtualized protected area of the memory, and to the determining whether the process is a trusted process, deny access to the data based on a determination that the process is an untrusted process; and responsive to determining that the data is in the unsecure storage area of the memory, allow access to the data, and wherein the data can be accessed including only the unsecured files. receive a request from a process to access data in a system; determine if the data is in a virtualized protected area of memory in the system, wherein the virtualized protected area of the memory is a secure storage area or determine if the data is not in the virtualized protected area of the memory but in an unsecure storage area of the memory, wherein trusted processes get full access to the secure storage area and the unsecure storage area and wherein untrusted processes do not get access to the secure storage area; responsive to determining that the data is in the virtualized protected area of the memory, determining whether the process is a trusted process, and allow access to the data based on a determination that the process is a trusted process, and wherein the data can be accessed and includes both unsecured files and secured files; responsive to the determining that the data is in the virtualized protected area of the memory, and to the determining whether the process is a trusted process, deny access to the data based on a determination that the process is an untrusted process; and responsive to determining that the data is in the unsecure storage area of the memory, allow access to the data, and wherein the data can be accessed including only the unsecured files.
An integrally-molded body comprising: a sheet-shaped molded foam ; and an insert member , wherein the molded foam includes a first surface and a second surface facing each other, the insert member includes a main body portion and an extension portion extending from the main body portion , and the extension portion is buried in the molded foam on the first surface side , wherein the molded foam includes a first portion and a second portion , the insert member is buried in the first portion , the integrally-molded body being characterised in that t1 > t2, wherein t1 is a thickness of the first portion and t2 is a thickness of the second portion , and a groove is provided along a boundary between the first and second portions . a sheet-shaped molded foam ; and an insert member , wherein the molded foam includes a first surface and a second surface facing each other, the insert member includes a main body portion and an extension portion extending from the main body portion , and the extension portion is buried in the molded foam on the first surface side , wherein the molded foam includes a first portion and a second portion , the insert member is buried in the first portion , the integrally-molded body being characterised in that t1 > t2, wherein t1 is a thickness of the first portion and t2 is a thickness of the second portion , and a groove is provided along a boundary between the first and second portions .
A method in a cellular telecommunications network , the cellular telecommunications network including a first and second base station, the first base station having a first interface for communicating with a first cellular core networking node and a second interface for wirelessly communicating with the second base station , the second base station being mobile and having a first interface for wirelessly communicating with the first base station and a second interface for communicating with a User Equipment, UE, wherein the UE's user traffic is transmitted between the first cellular core networking node and the UE via the first and second base stations, the method comprising the steps of: determining a first identity of a third base station and a second identity of a fourth base station , wherein an overlap of the third and fourth base stations' respective coverage areas cover a route of the second base station ; determining a time of arrival of the second base station within the overlap; determining a first configuration parameter of the third base station and a second configuration parameter of the fourth base station in advance of the second base station's time of arrival; and based on the determined first configuration parameter of the third base station , initiating a handover of the second base station to the third base station ; and configuring a transmission of the second base station, such that the second base station is handed over from the first base station to the third base station with its transmissions configured in advance of the time of arrival, based on the determined second configuration parameter of the fourth base station . determining a first identity of a third base station and a second identity of a fourth base station , wherein an overlap of the third and fourth base stations' respective coverage areas cover a route of the second base station ; determining a time of arrival of the second base station within the overlap; determining a first configuration parameter of the third base station and a second configuration parameter of the fourth base station in advance of the second base station's time of arrival; and based on the determined first configuration parameter of the third base station , initiating a handover of the second base station to the third base station ; and configuring a transmission of the second base station, such that the second base station is handed over from the first base station to the third base station with its transmissions configured in advance of the time of arrival, based on the determined second configuration parameter of the fourth base station .
A bypass flow guide vane stage of a turbofan, comprising - a plurality of obstacles including at least one blade and at least one arm , - a platform from which the obstacles extend, characterized in that one arm being a pylon is defined by a skeleton angle having, at the trailing edge (BF), a trailing value comprised between 5° and 13° with respect to the longitudinal axis of the turbine engine, said skeleton angle at the trailing edge (BF) being oriented so as to bring the suction side of the pylon closer to the longitudinal axis of the turbine engine. - a plurality of obstacles including at least one blade and at least one arm , - a platform from which the obstacles extend,
A method performed by a network node , for scheduling of at least one User Equipment, UE, in Uplink, UL, wherein the network node is configured to schedule UEs using Frequency Selective Scheduling, FSS, or resource fair scheduling, the method comprising: - obtaining a number of UEs to be scheduled in the UL, - estimating a number of Physical Resource Blocks, PRBs, for the at least one UEs based on the number of UEs to be scheduled in the UL, wherein the at least one UEs are scheduled in the same cell and Transmit Time Interval, TTI, - determining whether the estimated number of PRBs fulfil one or more predetermined conditions, - determining to schedule the at least one UE using FSS when at least one of the one or more predetermined conditions are fulfilled, and determining to schedule the at least one UE using resource fair scheduling when none of the one or more predetermined conditions are fulfilled, - wherein the one or more predetermined conditions is based on the number of UEs to be scheduled in the UL, the number of estimated PRBs to be scheduled for each UE in the UL and a total number of available PRBs for scheduling UEs, Nprb, - wherein the step of determining to schedule the at least one UE comprises a mechanism of adaptively switching between FSS and resource fair scheduling, wherein the mechanism is selecting one of FSS or resource fair scheduling based on whether the at least one or more predetermined conditions are fulfilled. - obtaining a number of UEs to be scheduled in the UL, - estimating a number of Physical Resource Blocks, PRBs, for the at least one UEs based on the number of UEs to be scheduled in the UL, wherein the at least one UEs are scheduled in the same cell and Transmit Time Interval, TTI, - determining whether the estimated number of PRBs fulfil one or more predetermined conditions, - determining to schedule the at least one UE using FSS when at least one of the one or more predetermined conditions are fulfilled, and determining to schedule the at least one UE using resource fair scheduling when none of the one or more predetermined conditions are fulfilled, - wherein the one or more predetermined conditions is based on the number of UEs to be scheduled in the UL, the number of estimated PRBs to be scheduled for each UE in the UL and a total number of available PRBs for scheduling UEs, Nprb, - wherein the step of determining to schedule the at least one UE comprises a mechanism of adaptively switching between FSS and resource fair scheduling, wherein the mechanism is selecting one of FSS or resource fair scheduling based on whether the at least one or more predetermined conditions are fulfilled.
An electrical-accessory module for engaging in an electrical box , said electrical box being of the kind comprising a side wall that is open towards the front and that internally defines a reception volume for receiving an electrical-accessory module , said electrical-accessory module including: • a casing that is made of insulating material, and that comprises a side wall that is closed at the front by a front wall for defining an inside space for receiving an electrical mechanism , • snap-fastener means that are adapted to catch an abutment face set back into the side wall of the electrical box , which snap-fastener means include at least one catch member that is carried by a flexible tab situated flush with the side wall of the casing , and that is movable between a retracted position in which it does not hinder the insertion of the casing into said electrical box , and an extended position in which it is adapted to catch directly onto said abutment face , and • release means for releasing the snap-fastener means , which release means are accessible via the front, through an access opening provided in said front wall and comprises a lever linked to the flexible tab so as to return said catch member into its retracted position, characterized in that the front wall of the casing includes securing means for securing a finishing plate. • a casing that is made of insulating material, and that comprises a side wall that is closed at the front by a front wall for defining an inside space for receiving an electrical mechanism , • snap-fastener means that are adapted to catch an abutment face set back into the side wall of the electrical box , which snap-fastener means include at least one catch member that is carried by a flexible tab situated flush with the side wall of the casing , and that is movable between a retracted position in which it does not hinder the insertion of the casing into said electrical box , and an extended position in which it is adapted to catch directly onto said abutment face , and • release means for releasing the snap-fastener means , which release means are accessible via the front, through an access opening provided in said front wall and comprises a lever linked to the flexible tab so as to return said catch member into its retracted position,
Sliding device for a vehicle seat, comprising a pair of parallel tracks , each comprising a lower rail and an upper rail , each of said upper rails being constrained to a respective lower rail, but slidable relative to said lower rail, wherein said lower rails are provided with a plurality of apertures arranged along the longitudinal axes of said lower rails, wherein said sliding device is provided with a locking arrangement including two locking assemblies, one for each of said tracks , wherein each of said locking assemblies comprises one or more locking pins , which are configured to penetrate into corresponding apertures of the respective lower rail , wherein said locking arrangement further comprises a releasing assembly for moving said locking pins from a locking configuration to an unlocking configuration, wherein said releasing assembly comprises a pair of substantially parallel arms , each of which is pivotally connected to a respective track , characterized in that said releasing assembly further comprises: - a crossbar extending transversely to said tracks and provided at each end with an engaging assembly for engaging the locking pins of a respective one of said locking assemblies ; and - a pair of connecting members , one for each of said tracks , each of said connecting members being configured to convert a rotational movement of the end portion of a respective releasing member arm into a translational movement of said crossbar , preferably into a vertically oriented translational movement of said crossbar . - a crossbar extending transversely to said tracks and provided at each end with an engaging assembly for engaging the locking pins of a respective one of said locking assemblies ; and - a pair of connecting members , one for each of said tracks , each of said connecting members being configured to convert a rotational movement of the end portion of a respective releasing member arm into a translational movement of said crossbar , preferably into a vertically oriented translational movement of said crossbar .