mhurhangee/ep-ind-claims huggingface dataset:
An application processing method, performed by a computer device, wherein the method comprises: displaying a page of a first child application run by a parent application; detecting a child application jump operation corresponding to the page; obtaining, by using the parent application, candidate child application identifiers according to the child application jump operation, and presenting, by using the parent application, the candidate child application identifiers; determining, by using the parent application, a child application identifier that is selected from the presented child application identifiers through a selection operation; and generating, by using a second child application corresponding to the selected child application identifier, a page belonging to the second child application, and displaying, by using the parent application, the page belonging to the second child application on the already displayed page of the first child application to cover the already displayed page of the first child application, to switch the first child application to the second child application through a parent application level-based jump provided by the parent application. displaying a page of a first child application run by a parent application; detecting a child application jump operation corresponding to the page; obtaining, by using the parent application, candidate child application identifiers according to the child application jump operation, and presenting, by using the parent application, the candidate child application identifiers; determining, by using the parent application, a child application identifier that is selected from the presented child application identifiers through a selection operation; and generating, by using a second child application corresponding to the selected child application identifier, a page belonging to the second child application, and displaying, by using the parent application, the page belonging to the second child application on the already displayed page of the first child application to cover the already displayed page of the first child application, to switch the first child application to the second child application through a parent application level-based jump provided by the parent application.
A connector of hydraulic and/or pneumatic circuit for an industrial vehicle, said connector defining a hollow tubular shape along a longitudinal axis and comprising: - a first end suitable to be connected to a support, and - a second end suitable to be connected to a duct, wherein a recess accessible from said second end has a shape complementary with an operating wrench, and wherein said second end comprises a coupling part that can be externally threaded or comprise peripheral circular crests suitable to hold a duct having an end outlet wherein the end of the connector is suitable to be inserted or comprises means for holding a duct that can be inserted in the recess, characterized in that said first and second ends (11, 12) are separated by a stop ring which extends outwards from said first and second ends (11,12) with respect to said axis, said stop ring being realized in a single piece with the connector. - a first end suitable to be connected to a support, and - a second end suitable to be connected to a duct,
A voice signal processing apparatus, comprising: a processing unit, lowering a frequency of a sampled voice signal to generate a frequency-lowered signal including a sequence of frequency-lowered signal frames (W1, W2, W3), wherein each of the frequency-lowered signal frames (W1, W2, W3) does not include an overlapping data section in a time domain, and the processing unit further divides each of the frequency-lowered signal frames (W1, W2, W3) into a first sub signal frame (W1-1, W2-1, W3-1) and a second sub signal frame (W1-2, W2-2,W3-2), performs a fade-in process and a fade-out process on the first sub signal frame (W1-1, W2-1, W3-1) and the second sub signal frame (W1-2, W2-2,W3-2) respectively, overlaps the first sub signal frame (W1-1, W2-1, W3-1) and the second sub signal frame (W1-2, W2-2,W3-2) adjacent to each other and belonging to different frequency-lowered signal frames (W1, W2, W3) in order to generate an overlapping voice signal, and combines the sampled voice signal and the overlapping voice signal to generate an output signal. a processing unit, lowering a frequency of a sampled voice signal to generate a frequency-lowered signal including a sequence of frequency-lowered signal frames (W1, W2, W3), wherein each of the frequency-lowered signal frames (W1, W2, W3) does not include an overlapping data section in a time domain, and the processing unit further divides each of the frequency-lowered signal frames (W1, W2, W3) into a first sub signal frame (W1-1, W2-1, W3-1) and a second sub signal frame (W1-2, W2-2,W3-2), performs a fade-in process and a fade-out process on the first sub signal frame (W1-1, W2-1, W3-1) and the second sub signal frame (W1-2, W2-2,W3-2) respectively, overlaps the first sub signal frame (W1-1, W2-1, W3-1) and the second sub signal frame (W1-2, W2-2,W3-2) adjacent to each other and belonging to different frequency-lowered signal frames (W1, W2, W3) in order to generate an overlapping voice signal, and combines the sampled voice signal and the overlapping voice signal to generate an output signal.
A terminal-to-terminal communication method, comprising: selecting (S101, S202, S301), by a network side device, one group of values from at least two preset groups of values for a transmission parameter set, wherein each group of values of the at least two groups of values comprises a value of each transmission parameter in the transmission parameter set, and at least one transmission parameter in the transmission parameter set has at least two values; and sending (SI02, S203), by the network side device to a first terminal serving as a transmit end in a sidelink communication, the selected group of values, wherein the selected group of values is for the first terminal sending communication data to a second terminal serving as a receive end in the sidelink communication, wherein the transmission parameter comprised in the transmission parameter set comprises at least one of transmit power, a transmit power offset, a sending probability weight, a sending period, a quantity of retransmissions, a modulation and coding scheme, MCS, level, and a resource pool configuration parameter. selecting (S101, S202, S301), by a network side device, one group of values from at least two preset groups of values for a transmission parameter set, wherein each group of values of the at least two groups of values comprises a value of each transmission parameter in the transmission parameter set, and at least one transmission parameter in the transmission parameter set has at least two values; and sending (SI02, S203), by the network side device to a first terminal serving as a transmit end in a sidelink communication, the selected group of values, wherein the selected group of values is for the first terminal sending communication data to a second terminal serving as a receive end in the sidelink communication, wherein the transmission parameter comprised in the transmission parameter set comprises at least one of transmit power, a transmit power offset, a sending probability weight, a sending period, a quantity of retransmissions, a modulation and coding scheme, MCS, level, and a resource pool configuration parameter.
Pre-loadable grouted anchor, comprising a plurality of anchor tension members, wherein the anchor tension members comprise a non-metallic fiber material, wherein the anchor tension members are bonded at one end to a coupling device by means of an adhesive, wherein a tensioning tension member for tensioning said pre-loadable grouted anchor is connected to the coupling device, wherein the coupling device comprises a sleeve, and that the one end of the anchor tension member is arranged inside the sleeve, characterized in that a first region of the tensioning tension member is arranged inside the sleeve, and in that the tensioning tension member is directly bonded with the adhesive to the coupling device.
A lancing unit adapted to be attached to a lancing apparatus (A1, A2), comprising a lancing member and an auxiliary part which is separate from the lancing member, and a supporter detachably supporting each of the lancing member and the auxiliary part, characterized in that the supporter is adapted to be detached from the lancing apparatus (A1, A2) with the lancing member and the auxiliary part kept mounted to the lancing apparatus (A1, A2), wherein the lancing member includes a needle, and wherein the lancing unit further comprises a cap for covering the needle, the cap being detachable from the lancing member, wherein the auxiliary part comprises a part for taking a sample obtained by lancing.
A holding element (1; 1', 1a, 1b) having a lug body formed from a plate-shaped FRP material and having a fastening region which is formed on a flat side of the lug body and at which the lug body can be fixed to a carrier device, and having a holding region which is formed on the flat side and via which a holding force can be applied to an object to be held, wherein a bending region is formed between the fastening region and the holding region, in which bending region the lug body is elastically deformable when a holding force is applied to the object to be held, and wherein the bending region has a bending strength that is reduced compared to the fastening region and/or the holding region. a bending region is formed between the fastening region and the holding region, in which bending region the lug body is elastically deformable when a holding force is applied to the object to be held, and wherein the bending region has a bending strength that is reduced compared to the fastening region and/or the holding region.
A measurement method performed by a terminal in a wireless communication system, the method comprising: receiving a radio resource control, RRC, connection reconfiguration message including pattern information in a form of a bitmap having a certain size for serving cell or neighbor cell measurement; measuring the serving cell or neighbor cell in subframes mapped to the bitmap of the pattern information; and wherein the measuring the serving cell or neighbor cell comprises: determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0. receiving a radio resource control, RRC, connection reconfiguration message including pattern information in a form of a bitmap having a certain size for serving cell or neighbor cell measurement; measuring the serving cell or neighbor cell in subframes mapped to the bitmap of the pattern information; and wherein the measuring the serving cell or neighbor cell comprises: determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0. determining whether an end time of a cycle of a system frame number, SFN, arrives; when it is determined that the end time of the cycle of the SFN arrives, identifying whether the cycle of the SFN is not an integer multiple of the size of the bitmap; when the cycle of the SFN is not the integer multiple of the size of the bitmap, terminating application of a current pattern information to the subframes at a time when the SFN is reset to 0; and performing the measurement by mapping a first bit of the bitmap to a first subframe of a frame having the SFN 0.
A method comprising: observing, by a device in a network, traffic between a client and a server for an encrypted session; making, by the device, a determination that a server certificate should be obtained from the server, comprising determining, by the device, that information for the server cached in an address database is out of date; sending, by the device and based on the determination, a handshake probe to the server, wherein the handshake probe mimics a client hello message sent by the client to the server in the observed traffic, wherein the handshake probe uses the same field parameters as the client hello message, but with cryptographic keying information of the device instead; extracting, by the device, server certificate information from a handshake response from the server that the server encrypted using the cryptographic keying information in the handshake probe and sent in response to the handshake probe, comprising decrypting, by the device, the handshake response to obtain the server certificate information; caching, by the device, the extracted server certificate information in the address database; and using, by the device, the cached server certificate information to analyze the traffic between the client and the server. observing, by a device in a network, traffic between a client and a server for an encrypted session; making, by the device, a determination that a server certificate should be obtained from the server, comprising determining, by the device, that information for the server cached in an address database is out of date; sending, by the device and based on the determination, a handshake probe to the server, wherein the handshake probe mimics a client hello message sent by the client to the server in the observed traffic, wherein the handshake probe uses the same field parameters as the client hello message, but with cryptographic keying information of the device instead; extracting, by the device, server certificate information from a handshake response from the server that the server encrypted using the cryptographic keying information in the handshake probe and sent in response to the handshake probe, comprising decrypting, by the device, the handshake response to obtain the server certificate information; caching, by the device, the extracted server certificate information in the address database; and using, by the device, the cached server certificate information to analyze the traffic between the client and the server.
An inkjet printing method comprising the steps of: applying a first ink to a printing medium; and applying a second ink to the printing medium so as to at least overlap a region provided with the first ink, wherein the first ink is an aqueous ink comprising silver particles, the second ink is an aqueous ink comprising an anionic dye, the printing medium includes an ink-receiving layer comprising at least one cationic compound selected from a group consisting of a polyvalent metal salt and a salt of a cationic resin, and the content (g/m 2) of the cationic compound per unit area of the ink-receiving layer is 0.20 g/m 2 or more. applying a first ink to a printing medium; and applying a second ink to the printing medium so as to at least overlap a region provided with the first ink, wherein the first ink is an aqueous ink comprising silver particles, the second ink is an aqueous ink comprising an anionic dye, the printing medium includes an ink-receiving layer comprising at least one cationic compound selected from a group consisting of a polyvalent metal salt and a salt of a cationic resin, and the content (g/m 2) of the cationic compound per unit area of the ink-receiving layer is 0.20 g/m 2 or more.
An inkjet printing device comprising a vacuum belt wherein: - the vacuum belt comprises a set of air-channels connecting a top-surface and a bottom-surface from the vacuum belt; and - the set of air-channels adapted to couple a planar inkjet receiver on the top-surface from the vacuum belt by air suction in the set of air-channels; characterised in that the vacuum belt comprises: - a dimple at the top-surface; and wherein the dimple has a closed bottom end; and wherein the dimple is connected by an air-gutter at the top surface with an air-channel of the set of air-channels to form an air cup and to couple the planar inkjet receiver to the vacuum belt at the dimple by air suction. - the vacuum belt comprises a set of air-channels connecting a top-surface and a bottom-surface from the vacuum belt; and - the set of air-channels adapted to couple a planar inkjet receiver on the top-surface from the vacuum belt by air suction in the set of air-channels; characterised in that the vacuum belt comprises: - a dimple at the top-surface; and wherein the dimple has a closed bottom end; and wherein the dimple is connected by an air-gutter at the top surface with an air-channel of the set of air-channels to form an air cup and to couple the planar inkjet receiver to the vacuum belt at the dimple by air suction. - a dimple at the top-surface; and wherein the dimple has a closed bottom end; and wherein the dimple is connected by an air-gutter at the top surface with an air-channel of the set of air-channels to form an air cup and to couple the planar inkjet receiver to the vacuum belt at the dimple by air suction.
A continuous process for preparing isoolefins having 4 to 6 carbon atoms by cleaving compounds of the formula I R 1 -O-R 2 where R 1 = a tertiary alkyl radical having 4 to 6 carbon atoms and R 2 = H or an alkyl radical in the gas phase over a solid catalyst in the temperature range of 200 to 400°C at a pressure of 0.1 to 1.2 MPa in a reactor which is equipped with a heating jacket and is heated with a liquid heat carrier, characterized in that the cleavage is carried out in such a way that the temperature drop in the catalyst zone at any point in relation to the entrance temperature is less than 50°C, in that the reaction mixture in the reactor and the heat carrier in the jacket flow through the reactor in cocurrent, and in that the temperature difference of the heat carrier between the feed point to the reactor and outlet from the reactor is adjusted to less than 40°C.
A shoelace winding device comprising: a reel for winding a shoelace; a base member including a reel storing section for storing the reel; a dial for rotatively driving the reel, including a stopper member for realizing a lock state in which rotation of the dial can be transmitted to the reel and a release state in which the reel is disconnected from the dial so that the reel can rotate freely; a shaft member to be fixed to the base member to attach the dial to the base member, the shaft member being configured to retain and guide the dial in a state of being movable between a lock position where the dial is caused to approach the base member and a release position where the dial is separated away from the base member; and a spring member, wherein the shoelace winding device is configured to switch from a lock state of the reel to a release state by the dial moving from the lock position to the release position, an inversion position where the spring member is compressed the most is set at a position between the lock position and the release position, characterized in that the spring member has its one end portion axially supported along a direction orthogonally intersecting an axial direction of the shaft member by a bearing section formed at a side portion of the shaft member, and has its other end portion making constant contact with an engaging portion provided on an inner surface of the dial, and in that the direction along which the spring member is compressed is switched between the lock position and the release position. a reel for winding a shoelace; a base member including a reel storing section for storing the reel; a dial for rotatively driving the reel, including a stopper member for realizing a lock state in which rotation of the dial can be transmitted to the reel and a release state in which the reel is disconnected from the dial so that the reel can rotate freely; a shaft member to be fixed to the base member to attach the dial to the base member, the shaft member being configured to retain and guide the dial in a state of being movable between a lock position where the dial is caused to approach the base member and a release position where the dial is separated away from the base member; and a spring member, wherein the shoelace winding device is configured to switch from a lock state of the reel to a release state by the dial moving from the lock position to the release position, an inversion position where the spring member is compressed the most is set at a position between the lock position and the release position, characterized in that the spring member has its one end portion axially supported along a direction orthogonally intersecting an axial direction of the shaft member by a bearing section formed at a side portion of the shaft member, and has its other end portion making constant contact with an engaging portion provided on an inner surface of the dial, and in that the direction along which the spring member is compressed is switched between the lock position and the release position.