mhurhangee/ep-ind-claims huggingface dataset:
A method performed by a terminal in a wireless communication system, the method comprising: A) determining, during initial access, a subcarrier spacing set which is available to be supported by a base station, the subcarrier spacing set including a first subcarrier spacing and a second subcarrier spacing wherein the first subcarrier spacing is the lowest subcarrier spacing among the subcarrier spacing set; B) selecting the first subcarrier spacing; C) configuring a terminal hardware to attempt to detect a synchronization signal using the selected subcarrier spacing; D) identifying, by performing a time and frequency synchronization and a cell search based on the selected subcarrier spacing, whether the synchronization signal is generated using the first subcarrier spacing; E) when the time and frequency synchronization and the cell search have been completed by using the selected subcarrier spacing, determining that the selected subcarrier spacing is used by the base station; F) when the time and frequency synchronization and the cell search have not been completed by using the selected subcarrier spacing, selecting the second subcarrier spacing and performing the steps C to F, wherein the second subcarrier spacing is a subcarrier spacing having a next size among subcarrier spacings in the subcarrier spacing set; G) identifying a master information block, MIB, received from the base station using the determined subcarrier spacing used by the base station; and H) receiving a system information block based on the MIB, wherein the MIB includes information on a subcarrier spacing for a system information block 1, SIB1. A) determining, during initial access, a subcarrier spacing set which is available to be supported by a base station, the subcarrier spacing set including a first subcarrier spacing and a second subcarrier spacing wherein the first subcarrier spacing is the lowest subcarrier spacing among the subcarrier spacing set; B) selecting the first subcarrier spacing; C) configuring a terminal hardware to attempt to detect a synchronization signal using the selected subcarrier spacing; D) identifying, by performing a time and frequency synchronization and a cell search based on the selected subcarrier spacing, whether the synchronization signal is generated using the first subcarrier spacing; E) when the time and frequency synchronization and the cell search have been completed by using the selected subcarrier spacing, determining that the selected subcarrier spacing is used by the base station; F) when the time and frequency synchronization and the cell search have not been completed by using the selected subcarrier spacing, selecting the second subcarrier spacing and performing the steps C to F, wherein the second subcarrier spacing is a subcarrier spacing having a next size among subcarrier spacings in the subcarrier spacing set; G) identifying a master information block, MIB, received from the base station using the determined subcarrier spacing used by the base station; and H) receiving a system information block based on the MIB,
A method for transmitting a reference signal in device-to-device, D2D, communication, wherein the method comprises: determining, by a first user equipment, in a communication resource for D2D communication, a target resource used to bear a reference signal, RS, wherein the target resource is determined according to a modulus value of user equipment identity, wherein the user equipment identity is an identity of the first user equipment or a second user equipment; wherein the target resource is orthogonal cover code, OCC, of the RS or cyclic shift, CS, of the RS; and transmitting (S 120), by the first user equipment, the RS to the second user equipment by using the target resource. determining, by a first user equipment, in a communication resource for D2D communication, a target resource used to bear a reference signal, RS, wherein the target resource is determined according to a modulus value of user equipment identity, wherein the user equipment identity is an identity of the first user equipment or a second user equipment; wherein the target resource is orthogonal cover code, OCC, of the RS or cyclic shift, CS, of the RS; and transmitting (S 120), by the first user equipment, the RS to the second user equipment by using the target resource.
Apparatus for calibrating a coordinate-measuring machine, wherein the apparatus comprises at least one calibration element (2, 2a, 2b), wherein the calibration element (2, 2a, 2b) has a plurality of surface sections, wherein mutually abutting surface sections form an edge, wherein the apparatus has at least one retaining apparatus, wherein the calibration element (2, 2a, 2b) is arranged on a surface section of the retaining apparatus, wherein the surface sections of the calibration element (2, 2a, 2b) are arranged with respect to one another such that the calibration element (2, 2a, 2b) has at least one edge which does not overlay with any other edge of the calibration element when the edges are projected into a common projection plane, wherein the projection plane is oriented orthogonally to a normal vector of the surface section of the retaining apparatus, characterized in that the retaining apparatus has at least one opening which is opened towards a top side and towards a bottom side of the retaining apparatus, wherein the at least one calibration element (2, 2a, 2b) is arranged at least partially above the opening.
Method for manufacturing a part layer-upon-layer using Additive Manufacturing technology, wherein the method comprises performing at least once the following steps: a. forming a layer by depositing first type filaments which are made of fibrous material reinforcement embedded within a meltable material, preferably thermoplastic material, at least a portion of the first type filaments being deposited alongside each other thus creating at least one channel, and b. depositing at least a portion of a second type filament which are made of fibrous material reinforcement embedded within a meltable material, preferably thermoplastic material, along said channel; wherein the second type filament differs from the first type filament at least in the cross-sectional dimension, and wherein the first type filaments have a fibre volume content above 50% and the second type filaments have a fibre volume content below 50%. a. forming a layer by depositing first type filaments which are made of fibrous material reinforcement embedded within a meltable material, preferably thermoplastic material, at least a portion of the first type filaments being deposited alongside each other thus creating at least one channel, and b. depositing at least a portion of a second type filament which are made of fibrous material reinforcement embedded within a meltable material, preferably thermoplastic material, along said channel; wherein the second type filament differs from the first type filament at least in the cross-sectional dimension, and wherein the first type filaments have a fibre volume content above 50% and the second type filaments have a fibre volume content below 50%.
Evaporator system of the mechanical vapor recompression type, comprising a housing and a plurality of evaporator tubes positioned parallel to each other, a product inlet in fluid communication with a distribution element connected to the plurality of evaporator tubes, a secondary channel being formed between the inside surface of the housing and the external surfaces of the plurality of evaporator tubes, a vapor liquid separator positioned at a bottom side of the plurality of evaporator tubes and the secondary channel, a compressor in fluid communication with a vapor outlet of the vapor liquid separator, and a second transport tube connected to the compressor and an inlet of the secondary channel, wherein each evaporator tube of the plurality of evaporator tubes has an inner diameter (de) of at least 50 mm, wherein a plurality of horizontally oriented baffles are provided in the housing, each structurally supporting at least a part of the plurality of evaporator tubes, and wherein the baffles are provided with passageways in an area between the evaporator tubes and the housing, and wherein the housing comprises an air release pipe in a top part and/or a bottom part of the housing.
A mobile device comprising: a display; a sensor configured to sense a user's touch on a surface of the display in a disabled state of the display; a storage configured to store gesture information; a controller configured to release the disabled state of the display and execute the wallet application in response to a user's touch manipulation matched with the gesture information being sensed in the disabled state of the display, and configured to control the display to display an execution screen with respect to the wallet application; and a communication unit configured to transmit information for a payment option to an external apparatus when the payment option is selected on the execution screen and to perform a payment. a display; a sensor configured to sense a user's touch on a surface of the display in a disabled state of the display; a storage configured to store gesture information; a controller configured to release the disabled state of the display and execute the wallet application in response to a user's touch manipulation matched with the gesture information being sensed in the disabled state of the display, and configured to control the display to display an execution screen with respect to the wallet application; and a communication unit configured to transmit information for a payment option to an external apparatus when the payment option is selected on the execution screen and to perform a payment.
A method for network sharing on a terminal, wherein, the terminal comprises a plurality of wifi modules, the method for network sharing on a terminal comprises following steps: obtaining, after a wifi module connects to a network, network connection information of the wifi module connected to the network; sending the network connection information to a to-connect wifi module of the terminal, to enable the to-connect wifi module to connect to the network according to the network connection information; obtaining, when detecting data to be transmitted, data information corresponding to the data to be transmitted, wherein the data information includes data size; determining a wifi module to perform data transmission according to the data size; and controlling the wifi module to perform data transmission to transmit the data to be transmitted. obtaining, after a wifi module connects to a network, network connection information of the wifi module connected to the network; sending the network connection information to a to-connect wifi module of the terminal, to enable the to-connect wifi module to connect to the network according to the network connection information; obtaining, when detecting data to be transmitted, data information corresponding to the data to be transmitted, wherein the data information includes data size; determining a wifi module to perform data transmission according to the data size; and controlling the wifi module to perform data transmission to transmit the data to be transmitted.
Clamp valve for influencing a flow through a flexible hose or a cross-section of the latter, comprising - a housing, - an eccentric wheel which, depending on the rotary position, actuates a clamping element to varying degrees and thereby clamps it against the flexible hose to varying degrees, - a motor (4, 4') for driving the eccentric wheel, wherein - a drive shaft of the motor (4, 4') is arranged offset to the axis of rotation of the eccentric wheel, - a transmission, in particular in the form of a gear mechanism, is arranged between the motor (4, 4') and the eccentric wheel, characterized in that an outer eccentric contour of the eccentric wheel has different gradients, that is to say has different radial sizes in different angle ranges, the clamping element being guided on an associated contour on the housing of the clamp valve by way of an elongated hole. - a housing, - an eccentric wheel which, depending on the rotary position, actuates a clamping element to varying degrees and thereby clamps it against the flexible hose to varying degrees, - a motor (4, 4') for driving the eccentric wheel, wherein - a drive shaft of the motor (4, 4') is arranged offset to the axis of rotation of the eccentric wheel, - a transmission, in particular in the form of a gear mechanism, is arranged between the motor (4, 4') and the eccentric wheel,
Device for simultaneously identifying a plurality of preferably different surgical instruments or instrument groups, comprising: a vibrating means and/or a conveyor belt device for separating the instruments arranged upstream or downstream in time and/or in place; and a first detecting device including a first detection technology, especially an RFID technology, for detecting instruments and possibly related instrument-specific information; and characterised by a second detecting device including a second detection technology different from the first detection technology, especially an optical instrument shape identification, for detecting instruments and possibly related instrument-specific information; and a comparing device for comparing the two detection results (E1, E2) of the two detecting devices (10, 12) with one another and with an instrument list or a basket list, wherein the comparing device outputs a positive evaluation regarding the correctness of the detected instruments if at least one of the two detection results (E1, E2) or at least a combination of both detection results (E1, E2) matches the instrument list or basket list. a vibrating means and/or a conveyor belt device for separating the instruments arranged upstream or downstream in time and/or in place; and a first detecting device including a first detection technology, especially an RFID technology, for detecting instruments and possibly related instrument-specific information; and characterised by a second detecting device including a second detection technology different from the first detection technology, especially an optical instrument shape identification, for detecting instruments and possibly related instrument-specific information; and a comparing device for comparing the two detection results (E1, E2) of the two detecting devices (10, 12) with one another and with an instrument list or a basket list, wherein the comparing device outputs a positive evaluation regarding the correctness of the detected instruments if at least one of the two detection results (E1, E2) or at least a combination of both detection results (E1, E2) matches the instrument list or basket list.
Secure computer network system for the management of protected data, accessible by users comprising health professional and patients provided with smart cards for authentication and authorization of users in the system, the system comprising at least one gateway infrastructure (2a, 2b) connected via a closed backbone communication network to a plurality of data logging server systems (3a, 3b, 3c) situated on different sites, each data logging server system comprising at least one database in which protected data constituting medical documents on patients is stored, and a logging service technical mediator for managing access to the documents stored in the database, different documents forming a medical file relating to a person possibly being distributed across a plurality of data logging server systems, the gateway infrastructure comprising at least one file access mediator in the form of a server system with applications that monitor and manage the access of users to the documents stored in the data logging server systems, characterized in that the file access mediator is configured to distribute to all the logging service technical mediators a document search request by an authorized user of the computerized health system and the logging service technical mediators are configured to verify the access rights of the user on the basis of access rights profiles, and the file access mediator is configured so that, at the time of the consultation of a document, the file access mediator addresses the logging service technical mediator concerned directly after a step of searching for the document and reverifies the rights of access to the documents relative to the user requesting the consultation before transmitting it to the user.
An apparatus for a portable electronic device, the apparatus comprising a first housing and a second housing comprising complementary first and second sliding connectors (103,104) and complementary third and fourth sliding connectors (114,103;108,1008,109), wherein the complementary first, second, third and fourth sliding connectors (103,104,114,103,108,1008,109) are configured to be engaged along a sliding connection axis such that the first and second housings (101,102) can be slid with respect to one another between a first configuration (Fig. 3a) and a second configuration (Fig. 4a) along a plane parallel to the sliding connection axis; the complementary first and second sliding connectors (103,104) are configured to be disengaged in the second configuration and the complementary third sliding connectors (114,103) and fourth sliding connectors (108,1008,109) are configured to be engaged while the first and second housings (101, 102) can be rotated relative to each other away from the sliding plane from the second configuration to a third configuration (Fig. 5a) about a rotation axis; the complementary first and second sliding connectors (103,104) and the complementary third and fourth sliding connectors (114,103;108,1008,109) are configured to provide a complementary dovetail joint; characterised in that the first housing has a rotation recess portion (112, 412) which permits rotation of the second housing with respect to the first housing, or the surface of the second housing has been shaped so that a portion of the surface is equidistant from the rotation axis; the fourth sliding connector (108,1008,109) being a rotating member configured to be rotatable with relation to the third sliding connector (114,103); and the second housing is only attached by one side to a first side of the first housing.
Method assisting with driving in forwards gear a motor vehicle equipped with a front-wheels angle sensor, with a display screen and with a camera with a fisheye lens positioned at the front of the vehicle and pointing in a direction colinear with the longitudinal direction of the vehicle so as to capture images at the front of the vehicle, characterized in that it comprises the following steps: it determines the path of the front wheels of the vehicle as a function of the angle of the front wheels and of the characteristics of the vehicle which consist of the width of the vehicle, the distance between the front axle and the forwardmost point of the vehicle and the wheelbase between the front wheels, it determines a crop value by which to crop the image captured by the camera as a function of the paths of the front wheels, of the steering wheel angle, of the dimension of the sensor of the camera and of the dimension of the display screen, it determines the cropped image captured by the camera that is to be displayed on the display screen as a function of the path of the front wheels and of the crop value, and it displays the path of the front wheels of the vehicle as an overlay on the cropped image on the display screen. it determines the path of the front wheels of the vehicle as a function of the angle of the front wheels and of the characteristics of the vehicle which consist of the width of the vehicle, the distance between the front axle and the forwardmost point of the vehicle and the wheelbase between the front wheels, it determines a crop value by which to crop the image captured by the camera as a function of the paths of the front wheels, of the steering wheel angle, of the dimension of the sensor of the camera and of the dimension of the display screen, it determines the cropped image captured by the camera that is to be displayed on the display screen as a function of the path of the front wheels and of the crop value, and it displays the path of the front wheels of the vehicle as an overlay on the cropped image on the display screen.
A water supply device, comprising: a housing having a front surface that is open; a slider being accommodated in the housing in a way that the slider is movable in a front-rear direction; a water tank being installed in the housing in a way that the water tank comes in and out of the housing in the front-rear direction, and connecting to the slider that moves forward to move forward together with the slider; a fixation part fixing the slider to prevent the slider from moving forward, and wherein the water tank is provided apart from the slider in a way that the water tank is movable in the front-rear direction, relative to the slider, at least a portion of the water tank is inserted into the slider, such that the water tank connects to the slider, characterized by a speed-reduction inducing member interfering with a front-rear movement of the water tank that connects to the slider, relative to the slider, the speed-reduction inducing member is disposed at the slider, closely contacts the water tank being inserted into the slider, and generates a frictional force interfering with movement of the water tank, relative to the slider, and the speed-reduction inducing member comprises a pair of rollers that is spaced from each other in a lateral direction with the water tank therebetween, wherein each roller is disposed at the slider in a rotatable manner, around an up-down axis, and closely contacts a lateral surface of the water tank connecting to the slider. a housing having a front surface that is open; a slider being accommodated in the housing in a way that the slider is movable in a front-rear direction; a water tank being installed in the housing in a way that the water tank comes in and out of the housing in the front-rear direction, and connecting to the slider that moves forward to move forward together with the slider; a fixation part fixing the slider to prevent the slider from moving forward, and wherein the water tank is provided apart from the slider in a way that the water tank is movable in the front-rear direction, relative to the slider, at least a portion of the water tank is inserted into the slider, such that the water tank connects to the slider, characterized by a speed-reduction inducing member interfering with a front-rear movement of the water tank that connects to the slider, relative to the slider, the speed-reduction inducing member is disposed at the slider, closely contacts the water tank being inserted into the slider, and generates a frictional force interfering with movement of the water tank, relative to the slider, and the speed-reduction inducing member comprises a pair of rollers that is spaced from each other in a lateral direction with the water tank therebetween, wherein each roller is disposed at the slider in a rotatable manner, around an up-down axis, and closely contacts a lateral surface of the water tank connecting to the slider.