mhurhangee/ep-ind-claims huggingface dataset:
A labeled article, comprising: a substrate; and a pressure sensitive label applied to the substrate by a cold transfer method; wherein the pressure sensitive label comprises: a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof. a substrate; and a pressure sensitive label applied to the substrate by a cold transfer method; wherein the pressure sensitive label comprises: a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof. a pressure sensitive adhesive with a first surface and a second surface; and at least one ink association layer contacting the first surface of the pressure sensitive adhesive; wherein the pressure sensitive adhesive has a wet adhesion to the substrate greater than about 393.7 N/m (10 N/in), as measured according to the method disclosed in the present application, wherein the pressure sensitive adhesive is one of an emulsion-based polymer or solvent-based polymer, and comprises 5% to 50% by weight of a hydrogenated rosin ester based tackifier, and wherein the at least one ink association layer is selected from a printable film layer, an ink layer, or combinations thereof.
A method of wireless communication, said method comprising, setting a first field of a Physical Layer Convergence Protocol, PLCP, protocol data unit, PPDU, to indicate a selected high efficiency long training field, HE-LTF, mode; according to said first field: setting a second field of said PPDU to indicate enablement of Dual Sub-Carrier Modulation, DCM, on a data field of said PPDU; and setting a third field of said PPDU to indicate enablement of space time block coding, STBC, on said data field of said PPDU with said second field set to indicate said enablement of DCM; and transmitting said PPDU. setting a second field of said PPDU to indicate enablement of Dual Sub-Carrier Modulation, DCM, on a data field of said PPDU; and setting a third field of said PPDU to indicate enablement of space time block coding, STBC, on said data field of said PPDU with said second field set to indicate said enablement of DCM; and transmitting said PPDU.
Method for producing a component by means of an additive manufacturing method, wherein the component is built up from at least a first material and a second material which differs from the first material, wherein the method comprises the following steps: a) building up the component layer by layer by applying the first material and the second material to a support surface in a locally confined manner; wherein b) the layer-by-layer build-up of the component is effected by applying the first material and the second material to a support surface in a locally confined manner according to the geometry of the component to be produced; wherein c) the first material and the second material are at least partly applied to the support surface in such a way that the second material is at least partly in contact with the first material when the first material has a temperature which lies in a range of ≥ 100°C, wherein the second material is a material to be sintered and in that the first material and the second material are at least partly applied to the support surface in such a way that the second material is at least partly in contact with the first material when the first material still has a temperature which is above the sintering temperature of the material to be sintered. a) building up the component layer by layer by applying the first material and the second material to a support surface in a locally confined manner; wherein b) the layer-by-layer build-up of the component is effected by applying the first material and the second material to a support surface in a locally confined manner according to the geometry of the component to be produced; wherein c) the first material and the second material are at least partly applied to the support surface in such a way that the second material is at least partly in contact with the first material when the first material has a temperature which lies in a range of ≥ 100°C, wherein the second material is a material to be sintered and in that the first material and the second material are at least partly applied to the support surface in such a way that the second material is at least partly in contact with the first material when the first material still has a temperature which is above the sintering temperature of the material to be sintered.
A system for loading a lead comprising a pre-curved electrode array onto a straightening member, the system comprising the straightening member and a loading tool, wherein the loading tool comprises: a housing; and a slider member disposed at least partially within the housing and slidable relative to the housing from a first position to a second position, wherein in the first position the housing and the slider member define a recess configured to receive the pre-curved electrode array in a curved configuration, wherein in the second position the housing and the slider member define a straightening channel configured to constrain the pre-curved electrode array in a straightened configuration, and wherein the slider member is configured to slideably engage the pre-curved electrode array to move the pre-curved electrode array from the curved configuration to the straightened configuration as it slides from the first position to the second position, and wherein the straightening member is configured to be inserted into the pre-curved electrode array while the pre-curved electrode array is in the straightened configuration and retain the pre-curved electrode array in the straightened configuration after the pre-curved electrode array is removed from the loading tool. a housing; and a slider member disposed at least partially within the housing and slidable relative to the housing from a first position to a second position, wherein in the first position the housing and the slider member define a recess configured to receive the pre-curved electrode array in a curved configuration, wherein in the second position the housing and the slider member define a straightening channel configured to constrain the pre-curved electrode array in a straightened configuration, and wherein the slider member is configured to slideably engage the pre-curved electrode array to move the pre-curved electrode array from the curved configuration to the straightened configuration as it slides from the first position to the second position, and wherein
A process for the preparation of amines by hydrogenation of aromatic nitrocompounds in liquid phase, which comprises supplying a first hydrogenation reactor comprising at least one catalyst with a feed of gaseous hydrogen and a feed of liquid aromatic nitrocompounds; hydrogenation in the first reactor by contacting the gaseous phase with the liquid phase to obtain a product containing aromatic amines; forwarding the liquid and gaseous phases present in the first reactor to a second polishing reactor; and contacting gaseous phase material present in the polishing reactor with the liquid phase to allow further hydrogenation of any remaining aromatic nitrocompounds and/or intermediates, wherein the polishing reactor is only fed material from the first reactor.
Clothing for a paper-making machine, wherein the clothing is configured in the form of an endless belt which is closed in the revolving direction and which has at least one first layer and at least one second layer which is arranged on the first layer and which is effectively connected over its entire area to the first layer, and wherein the first and the second layers are in each case formed by a plurality of mutually adjacent foil-shaped belts (22, 32) which are arranged next to one another so as to be transverse to the revolving direction, and wherein - the mutually adjacent lateral edges (23, 33) of two foil-shaped belts of one of the two layers (20, 30) are arranged between the lateral edges (33, 23) of a foil-shaped belt of the other of the two layers (30, 20), and wherein - the foil-shaped belts (22, 32) of the one of the two layers (20, 30) are effectively connected over their entire area to the foil-shaped belts (32, 22) of the other of the two layers (30, 20), characterized in that - mutually adjacent end edges (24, 34) of foil-shaped belts (22, 32) of one of the two layers (20, 30) are arranged between the end edges (34, 24) of foil-shaped belts (32, 22), which adjoin thereto, of the other of the two layers (30, 20). - the mutually adjacent lateral edges (23, 33) of two foil-shaped belts of one of the two layers (20, 30) are arranged between the lateral edges (33, 23) of a foil-shaped belt of the other of the two layers (30, 20), and wherein - the foil-shaped belts (22, 32) of the one of the two layers (20, 30) are effectively connected over their entire area to the foil-shaped belts (32, 22) of the other of the two layers (30, 20), characterized in that - mutually adjacent end edges (24, 34) of foil-shaped belts (22, 32) of one of the two layers (20, 30) are arranged between the end edges (34, 24) of foil-shaped belts (32, 22), which adjoin thereto, of the other of the two layers (30, 20).
A SPD process comprising deforming metal material in an apparatus which comprises a material flow-through channel (2, 3, 4) which is arranged in a first direction, and a press, characterized in that the press comprises a reciprocatively movable press channel with a starting end, the method comprising feeding metal material in the first direction through the flow-through channel (2, 3, 4) which comprises an inlet channel with a leaving end, and thereafter through the press channel in a manner that the material is not in a state of extreme stress, said leaving end and starting end comprising shearing tools, and pressing the material which is arranged to be moved reciprocatively in a second direction supported by the press channel, by moving reciprocatively the press channel relative to the inlet channel in at least one second direction which is crosswise relative to the first direction, and deforming grain size of the material smaller.
A device comprising: a wireless communication unit and a processing unit configured to control the wireless communications unit to transmit a message to instruct an access point to establish a connection for infrastructure communication with another device, the message transmitted on condition that a connection for P2P communication with the other device is established, a connection for infrastructure communication with the access point is established or there is a history in which the connection for infrastructure communication with the access point has been established, and a connection for infrastructure communication between the other device and the access point is not established. a wireless communication unit and a processing unit configured to control the wireless communications unit to transmit a message to instruct an access point to establish a connection for infrastructure communication with another device, the message transmitted on condition that a connection for P2P communication with the other device is established, a connection for infrastructure communication with the access point is established or there is a history in which the connection for infrastructure communication with the access point has been established, and a connection for infrastructure communication between the other device and the access point is not established.
A robot arm mechanism comprising a linear extension and retraction joint, wherein the linear extension and retraction joint includes an arm section, and an ejection section for supporting the arm section, the arm section includes a first connection piece string and a second connection piece string, the first connection piece string includes a plurality of first connection pieces each having a U-shaped cross section, a hollow square cross section or an arc cross section, and the second connection piece string includes a plurality of second connection pieces each having a substantially flat plate shape, the second connection piece string is sent out forward from the ejection section together with the first connection piece string in a state where the second connection piece string is joined to the first connection piece string, and a flexible guide rail for separating the first connection piece string from the second connection piece string and guiding the second connection piece string to the ejection section is interposed between the first connection piece string and the second connection piece string behind the ejection section, characterized in that: the flexible guide rail includes a plurality of rail pieces connected in a row, and the rail pieces are provided with wheels (437, 438). the flexible guide rail includes a plurality of rail pieces connected in a row, and the rail pieces are provided with wheels (437, 438).
Sensor for detecting infrared radiation, wherein the sensor has the following features: a sensor pixel for detecting infrared radiation, wherein the sensor pixel has an absorber surface for absorbing the infrared radiation and a high electron mobility field effect transistor thermally coupled to the absorber surface and serving for detecting a temperature of the absorber surface, wherein the field effect transistor has a source contact, a drain contact and gate contact; and a control device for operating the sensor pixel wherein the control device is designed to detect a sensing variable at the high electron mobility field effect transistor, wherein the sensing variable represents a temperature of the field effect transistor; characterized in that the control device is designed to apply a voltage potential between the source contact and the drain contact and to measure a current flow between the source contact and the drain contact as the sensing variable, wherein the current flow represents the temperature at the field effect transistor; and/or the control device is designed to excite a resonant circuit, comprising the capacitance between the source contact and the gate contact, to oscillate in the region of a resonant frequency of the resonant circuit and to measure the resonant frequency as the sensing variable, wherein the resonant frequency represents the temperature at the field effect transistor. a sensor pixel for detecting infrared radiation, wherein the sensor pixel has an absorber surface for absorbing the infrared radiation and a high electron mobility field effect transistor thermally coupled to the absorber surface and serving for detecting a temperature of the absorber surface, wherein the field effect transistor has a source contact, a drain contact and gate contact; and a control device for operating the sensor pixel wherein the control device is designed to detect a sensing variable at the high electron mobility field effect transistor, wherein the sensing variable represents a temperature of the field effect transistor; characterized in that the control device is designed to apply a voltage potential between the source contact and the drain contact and to measure a current flow between the source contact and the drain contact as the sensing variable, wherein the current flow represents the temperature at the field effect transistor; and/or the control device is designed to excite a resonant circuit, comprising the capacitance between the source contact and the gate contact, to oscillate in the region of a resonant frequency of the resonant circuit and to measure the resonant frequency as the sensing variable, wherein the resonant frequency represents the temperature at the field effect transistor.
A process for preparing direct secondary somatic embryos of Theobroma cacao L. comprising culturing primary somatic embryos in an induction medium comprising 6-benzylaminopurine followed by developing embryos in a development medium comprising gibberellic acid in an amount of 0.2 mg/L to about 0.8 mg/L, induction and development media also include sucrose, and the sucrose is present in an amount of from 20 g/L to 80 g/L.
A method comprising, by a server: generating a first bit stream representing a target content element, the target content element based on the decoded first bit stream; selecting a predesignated frame of the content element for generating a tracking message based on a computational complexity of decoding of the predesignated frame being greater than a predetermined threshold; sending the first bit stream to a target client device including a designation indicator for identifying the predesignated frame; receiving a tracking message purporting to relate to delivery of the content element; determining whether the tracking message contains an identifier of a sending device that sent the tracking message; determining whether the sending device and the target client device are the same device; if the sending client device and the target client device are not the same device, disregarding the tracking message; if the sending client device and the target client device are the same device: recovering, from the tracking message, information about at least a portion of a frame of a content element processed by a trusted platform module of the client device; and comparing the at least a portion of the frame of the content element processed by a trusted platform module of the client device with the predesignated frame of the target content element. generating a first bit stream representing a target content element, the target content element based on the decoded first bit stream; selecting a predesignated frame of the content element for generating a tracking message based on a computational complexity of decoding of the predesignated frame being greater than a predetermined threshold; sending the first bit stream to a target client device including a designation indicator for identifying the predesignated frame; receiving a tracking message purporting to relate to delivery of the content element; determining whether the tracking message contains an identifier of a sending device that sent the tracking message; determining whether the sending device and the target client device are the same device; if the sending client device and the target client device are not the same device, disregarding the tracking message; if the sending client device and the target client device are the same device: recovering, from the tracking message, information about at least a portion of a frame of a content element processed by a trusted platform module of the client device; and comparing the at least a portion of the frame of the content element processed by a trusted platform module of the client device with the predesignated frame of the target content element. recovering, from the tracking message, information about at least a portion of a frame of a content element processed by a trusted platform module of the client device; and comparing the at least a portion of the frame of the content element processed by a trusted platform module of the client device with the predesignated frame of the target content element.
A cationically and amphiphilically modified galactomannan having an average mannose to galactose ratio of at least 5:1 wherein a portion of the hydrogen atoms of the hydroxyl groups present on the galactomannan are substituted with a least one cationic moiety represented by formula and at least one amphiphilic moiety represented by formula as follows: -AR wherein A, independently, is selected from a divalent linear or branched, substituted or unsubstituted C 1 -C 6 alkylene radical, and when substituted said substituent, independently, is selected from hydroxyl and halo; R, independently, is selected from -S + R 3 R 4 X -, -N + R 3 R 4 R 5 X -, and -P + R 3 R 4 R 5 X -, wherein R 3 and R 4, and R 5, independently, are selected from hydrogen and linear and branched C 1 -C 24 alkyl, and X- represents an anion; (R 1 -O) c represents a oxyalkylene moiety or a polyoxyalkylene moiety arranged as a homopolymer, a random copolymer or a block copolymer of oxyalkylene units, wherein R 1, independently, is selected from linear and branched C 2 H 4, C 3 H 6, and C 4 H 8 divalent alkylene groups, and c is an integer ranging from 2 to 250; R 2, independently, is selected from a hydrocarbon group having from 6 to 35 carbon atoms; a is 0 or 1; and b is 0 or 1, subject to the proviso that when a is 0, then b is also 0.
A master battery pack for a power tool, adapted to be connected to an external secondary battery pack, the master battery pack comprising: a case; a battery cell located in the case; a first connector on the case having a first mechanical structure for removably attaching and securing the master battery pack to an external power tool or an external charger, the first connector electrically connected to the battery cell; the first connector comprising a first positive terminal and a first negative terminal; and a second connector on the case, the second connector electrically connected to the battery cell; the second connector comprising a second positive terminal and a second negative terminal; wherein the second connector further comprises a communication terminal (28b, 38b) that allows the master battery pack to exchange information with the secondary battery pack wherein the case further comprises a second mechanical structure for removably attaching and securing the secondary battery pack to the master battery pack. a case; a battery cell located in the case; a first connector on the case having a first mechanical structure for removably attaching and securing the master battery pack to an external power tool or an external charger, the first connector electrically connected to the battery cell; the first connector comprising a first positive terminal and a first negative terminal; and a second connector on the case, the second connector electrically connected to the battery cell; the second connector comprising a second positive terminal and a second negative terminal; wherein the second connector further comprises a communication terminal (28b, 38b) that allows the master battery pack to exchange information with the secondary battery pack wherein the case further comprises a second mechanical structure for removably attaching and securing the secondary battery pack to the master battery pack.