mhurhangee/ep-ind-claims huggingface dataset:
A method for transmitting reference signals in a multi-carrier spatial modulation, SM, system, comprising: inserting, by a transmitting apparatus, at least one physical resource block, PRB, between adjacent first PRBs; and transmitting, by the transmitting apparatus, the first PRBs and the at least one PRB, wherein reference signal symbols on the at least one PRB is transmitted on a first subset of links among transmission links, wherein each transmission link among the transmission links corresponds to a transmit antenna of a plurality of transmit antennas, wherein SM symbols on the at least one the PRB are superimposed with the reference signal symbols and are transmitted on a second subset of links among the transmission links, wherein the transmission of the reference signal symbols on the first subset of links and the transmission of the SM symbols on the second subset of links are carried out on a same time-frequency resource. inserting, by a transmitting apparatus, at least one physical resource block, PRB, between adjacent first PRBs; and transmitting, by the transmitting apparatus, the first PRBs and the at least one PRB, wherein reference signal symbols on the at least one PRB is transmitted on a first subset of links among transmission links, wherein each transmission link among the transmission links corresponds to a transmit antenna of a plurality of transmit antennas, wherein SM symbols on the at least one the PRB are superimposed with the reference signal symbols and are transmitted on a second subset of links among the transmission links, wherein the transmission of the reference signal symbols on the first subset of links and the transmission of the SM symbols on the second subset of links are carried out on a same time-frequency resource.
A process for reducing depositional material comprising free fatty acid in a paper making process, comprising contacting talc with an aqueous stream in a paper making process, wherein the aqueous stream comprises less than about 5wt% solids and has a low long fiber content less than about 5 wt%, and wherein the talc is contacted with the aqueous stream after a high shear event and free fatty acid is adsorbed by the talc.
A device for clamping a container to the ground comprising: an alignment member (10, 11) comprising a first pin (14 A) configured for protruding into a lower opening (5 A) of a corner fitting (4 A) of a first container, and a first clamping member comprising a first portion, said first portion comprising a projection member configured for protruding into a lateral opening (6 A) of the corner fitting (4 A) of the first container, characterized in that the alignment member (10, 11) comprises a lug for anchoring to the ground, and in that the first clamping member comprises a second portion substantially extending perpendicularly to the first portion and at least one first anchoring member configured for anchoring the second portion of the first clamping element to the ground. an alignment member (10, 11) comprising a first pin (14 A) configured for protruding into a lower opening (5 A) of a corner fitting (4 A) of a first container, and a first clamping member comprising a first portion, said first portion comprising a projection member configured for protruding into a lateral opening (6 A) of the corner fitting (4 A) of the first container, characterized in that the alignment member (10, 11) comprises a lug for anchoring to the ground, and in that the first clamping member comprises a second portion substantially extending perpendicularly to the first portion and at least one first anchoring member configured for anchoring the second portion of the first clamping element to the ground.
Dry-type transformer core, comprising an iron core having a number of limbs which are configured to be provided with a winding and are connected to one another by a number of yokes, wherein the dry-type transformer core comprises a housing which is integrally formed on the iron core and surrounds the iron core in a flush manner, characterized in that the housing is constructed from a plurality of parts, wherein one of the parts surrounds one of the yokes.
A merchandise display cabinet having a merchandise space accessible from above and comprising a chest wall and a transparent border in the upper region thereof fitted on the chest wall, an illumination device being disposed on a rear side of the merchandise space outside of the merchandise space and having an illuminant for said merchandise space and having profile rails for price and merchandise identification labels, the illuminant being disposed near the border, and the profile rails being disposed above the illuminant, characterized in that the merchandise display cabinet comprises an upper part protruding past the top edge of the transparent border implemented as a carrier for the profile rails for price and merchandise identification labels and forming a light channel above the illuminant, wherein the upper part comprises a cover at the top end of the light channel, overlapping the profile rails and implemented as a reflector, so that the light emitted by the illuminant illuminates both the merchandise space through the transparent border and the profile rails for price and merchandise labels by impinging light.
An abraded wire detection system 'AWDS' adapted for detecting an abrasion on an insulated wire in a fuel tank, the AWDS comprising: a power source configured to apply a voltage signal on the insulated wire; an electrode in electrical series with a fuel tank wall of the fuel tank, wherein the electrode is configured for receiving a current corresponding to the voltage signal; and a current sensor in electrical series with the power source, the insulated wire, and the electrode, wherein the current sensor includes circuitry that is configured to detect a current from the insulated wire to the electrode. a power source configured to apply a voltage signal on the insulated wire; an electrode in electrical series with a fuel tank wall of the fuel tank, wherein the electrode is configured for receiving a current corresponding to the voltage signal; and a current sensor in electrical series with the power source, the insulated wire, and the electrode, wherein the current sensor includes circuitry that is configured to detect a current from the insulated wire to the electrode.
Induction heating apparatus, in particular induction hob apparatus, with at least one induction heating unit, which has at least two induction heating wires (32, 34), which are arranged close together and are provided to be supplied from different heat frequency units (42, 44), which comprise at least one inverter in each case, and with a control unit, which has at least one switching arrangement with at least one switching element, which is provided to assign at least one of the induction heating wires (32, 34) to the different heat frequency units (42, 44), characterised in that the at least two induction heating wires (32, 34) are each formed of strands of an individual stranded wire and the strands of the stranded wire are isolated electrically from one another.
A method for exposing virtual disk images on a user device, where the user device is running an HTML5 KVM virtual media client in a Web browser of the user device, and where the user device has established a KVM session with a KVM device associated with a server, the method comprising: obtaining a selected disk image file (30, 34) for use by the user device; sending a message to the server that the disk image file is available for use; using the HTML5 KVM virtual media client of the user device, to expose the disk image file for use to the server, wherein mounting the disk image file includes mounting the disk image file in accordance with requirements of an operating system running on the server; using the server to send a request message to the HTML5 KVM virtual media client of the user device requesting a specific portion of the disk image file; using the HTML5 KVM virtual media client to receive the request message; using a script engine running in the Web browser to create a new file available to the Web browser of just the portion requested by the server, and therefore avoiding the need to provide direct access to information represented by the disk image file that is either stored on the user device or available to the user device; and transmitting the new file to the server, wherein the operation of using a script engine running in the Web browser comprises using a script engine to determine an offset into the disk image file and a specific number of bytes making up the specific portion of the disk image file being requested, using the script engine to copy the specific number of bytes into a sandbox of the Web browser, and saving the specific number of bytes as the new file. obtaining a selected disk image file (30, 34) for use by the user device; sending a message to the server that the disk image file is available for use; using the HTML5 KVM virtual media client of the user device, to expose the disk image file for use to the server, wherein mounting the disk image file includes mounting the disk image file in accordance with requirements of an operating system running on the server; using the server to send a request message to the HTML5 KVM virtual media client of the user device requesting a specific portion of the disk image file; using the HTML5 KVM virtual media client to receive the request message; using a script engine running in the Web browser to create a new file available to the Web browser of just the portion requested by the server, and therefore avoiding the need to provide direct access to information represented by the disk image file that is either stored on the user device or available to the user device; and transmitting the new file to the server, wherein the operation of using a script engine running in the Web browser comprises using a script engine to determine an offset into the disk image file and a specific number of bytes making up the specific portion of the disk image file being requested, using the script engine to copy the specific number of bytes into a sandbox of the Web browser, and saving the specific number of bytes as the new file.
A wireless sensor device comprising a voltage controlled oscillator, the voltage controlled oscillator comprising: a first inverter comprising a first inverter input node (IN 2), a third inverter input node (IN 1), a first inverter output node, two n-type MOSFETs, and two p-type MOSFETs; a second inverter comprising a second inverter input node (IN 2), a fourth inverter input node (IN 1), a second inverter output node, two n-type MOSFETs, and two p-type MOSFETs; and an inductive-capacitive tank comprising a capacitive portion and a transformer connected between the first inverter and the second inverter, the transformer comprising: a primary winding portion inductively coupled to a first secondary winding portion and a second secondary winding portion; wherein the primary winding portion is connected between the first inverter output node and the second inverter output node and connected between the third inverter input node and the fourth inverter input node; wherein the first secondary winding portion is connected between a first end of the primary winding portion and the first inverter input node; and wherein the second secondary winding portion is connected between a second end of the primary winding portion and the second inverter input node. a first inverter comprising a first inverter input node (IN 2), a third inverter input node (IN 1), a first inverter output node, two n-type MOSFETs, and two p-type MOSFETs; a second inverter comprising a second inverter input node (IN 2), a fourth inverter input node (IN 1), a second inverter output node, two n-type MOSFETs, and two p-type MOSFETs; and an inductive-capacitive tank comprising a capacitive portion and a transformer connected between the first inverter and the second inverter, the transformer comprising: a primary winding portion inductively coupled to a first secondary winding portion and a second secondary winding portion; wherein the primary winding portion is connected between the first inverter output node and the second inverter output node and connected between the third inverter input node and the fourth inverter input node; wherein the first secondary winding portion is connected between a first end of the primary winding portion and the first inverter input node; and wherein the second secondary winding portion is connected between a second end of the primary winding portion and the second inverter input node. a primary winding portion inductively coupled to a first secondary winding portion and a second secondary winding portion; wherein the primary winding portion is connected between the first inverter output node and the second inverter output node and connected between the third inverter input node and the fourth inverter input node; wherein the first secondary winding portion is connected between a first end of the primary winding portion and the first inverter input node; and wherein the second secondary winding portion is connected between a second end of the primary winding portion and the second inverter input node.
A method for monitoring tire safety adopted for use on a vehicle which is equipped with a plurality of tires, a plurality of tire detection units located respectively on each tire to detect interior conditions of the corresponding tire in regular conditions, and an electronic device which forms an information link with each tire detection unit; each tire including a tire design parameter to represent composition of the tire and a gas filling parameter to indicate a gas filled in each tire, the method comprising the steps of: step 1: measuring a tire measurement parameter through each tire detection unit corresponding to each tire; step 2: performing calculation of the gas filling parameter and the tire measurement parameter of each tire through a tire status variation calculation formula involving said tire design parameter representing composition of the tire, to generate a tire calculation parameter to represent variation of the tire; step 3: calculating variation amount of the tire calculation parameter in an inspection time and converting to a status gradient data; step 4: judging whether the status gradient data is consistent or the variation amount is proximate; redoing execution of step 1 for the positive judgment result, otherwise entering the next step; and step 5: generating an alarm signal through the electronic device and alerting the driver of the vehicle at least one of the tires being abnormal. step 1: measuring a tire measurement parameter through each tire detection unit corresponding to each tire; step 2: performing calculation of the gas filling parameter and the tire measurement parameter of each tire through a tire status variation calculation formula involving said tire design parameter representing composition of the tire, to generate a tire calculation parameter to represent variation of the tire; step 3: calculating variation amount of the tire calculation parameter in an inspection time and converting to a status gradient data; step 4: judging whether the status gradient data is consistent or the variation amount is proximate; redoing execution of step 1 for the positive judgment result, otherwise entering the next step; and step 5: generating an alarm signal through the electronic device and alerting the driver of the vehicle at least one of the tires being abnormal.
A liquid-permeable top sheet for an absorbent article for absorbing blood, the absorbent article comprising the liquid-permeable top sheet, a liquid-impermeable back sheet and an absorbent body between the liquid-permeable top sheet and liquid-impermeable back sheet, wherein a blood modifying agent alone is applied to the liquid-permeable top sheet, and wherein the blood modifying agent has an IOB of 0.00-0.60 as described in the description, a melting point of no higher than 45°C as described in the description, a water solubility of 0.00-0.05 g in 100 g of water at 25°C as described in the description, and a weight-average molecular weight of less than 1,000 as described in the description.
A cryptographic system to perform a cryptographic process using a basis B and a basis B*, the cryptographic system comprising: a transmission device to generate a transmission-side vector being a vector expressed in terms of the basis B and being generated using one vector of a first vector consisting of coefficients y j (j = 1,..., n) of a polynomial having attribute information x i (i = 1,..., n', n' being an integer from 1 to n-1, n being an integer of 2 or greater) as roots and a second vector consisting of v 1 i (i = 0,..., n-1) being a power of predicate information v 1; and a reception device to perform a pairing operation on the transmission-side vector and a reception-side vector being a vector expressed in terms of the basis B * and being generated using the other vector of the first vector and the second vector; and wherein the basis B and the basis B * are generated by transforming a canonical basis A by linear transformations X and (X -1) T respectively, wherein the linear transformation X is given by: X: = μ μ 1 ′ ⋱ ⋮ μ μ n − 1 ′ μ n ′ ∈ H n F q; wherein μ, μ' 1,..., μ' n are values uniformly selected from a finite field F q, and a blank in the linear transformation X denotes 0 ∈ F q. a transmission device to generate a transmission-side vector being a vector expressed in terms of the basis B and being generated using one vector of a first vector consisting of coefficients y j (j = 1,..., n) of a polynomial having attribute information x i (i = 1,..., n', n' being an integer from 1 to n-1, n being an integer of 2 or greater) as roots and a second vector consisting of v 1 i (i = 0,..., n-1) being a power of predicate information v 1; and a reception device to perform a pairing operation on the transmission-side vector and a reception-side vector being a vector expressed in terms of the basis B * and being generated using the other vector of the first vector and the second vector; and wherein the basis B and the basis B * are generated by transforming a canonical basis A by linear transformations X and (X -1) T respectively, wherein the linear transformation X is given by: X: = μ μ 1 ′ ⋱ ⋮ μ μ n − 1 ′ μ n ′ ∈ H n F q; wherein μ, μ' 1,..., μ' n are values uniformly selected from a finite field F q, and a blank in the linear transformation X denotes 0 ∈ F q.
A 4-1BB agonist for use in a method for treating or delaying progression of HER-2 positive cancer, wherein the 4-1BB agonist is used in combination with trastuzumab and wherein the 4-1BB agonist is an antigen binding molecule comprising at least one antigen binding domain capable of specific binding to Fibroblast activation protein, three ectodomains of 4-1BBL comprising an amino acid sequence selected from the group consisting of SEQ ID NO:1, SEQ ID NO: 2, SEQ ID NO:3, SEQ ID NO:4, SEQ ID NO:5, SEQ ID NO: 6, SEQ ID NO:7 and SEQ ID NO:8 and an IgG1 Fc domain comprising the amino acid substitutions L234A, L235A and P329G (EU numbering).
A refrigeration appliance, comprising: a door, the door comprising a door panel having an opening; and a dispenser provided in the door, the dispenser comprising a dispenser casing, the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening, and at least a portion of the inner cavity being configured to receive an outside container, the dispenser casing as a whole does not extend beyond the front surface of the door panel and the door further comprises a front panel, the front panel being closely near the door panel and having a front opening corresponding to the opening, and the front panel covering at least a major portion of the door panel so as to form the front surface of the door, characterized in that the door panel comprises an extension extending backwardly from the edge of the opening, wherein the extension lies outside the inner cavity. a door, the door comprising a door panel having an opening; and a dispenser provided in the door, the dispenser comprising a dispenser casing, the dispenser casing being connected with the door panel and defining an inner cavity which corresponds to the opening, and at least a portion of the inner cavity being configured to receive an outside container, the dispenser casing as a whole does not extend beyond the front surface of the door panel and the door further comprises a front panel, the front panel being closely near the door panel and having a front opening corresponding to the opening, and the front panel covering at least a major portion of the door panel so as to form the front surface of the door, characterized in that the door panel comprises an extension extending backwardly from the edge of the opening, wherein the extension lies outside the inner cavity.
A temperature sensor comprising a patch laminate, said patch laminate comprising an adhesive patch layer, said adhesive patch layer containing a patch medical component, a solar cell layer laminated on the adhesive patch layer, and a thermochromic resin layer covering the solar cell and having a light transmittance changeable according to a temperature change, the temperature sensor comprising further a transmitter electrically connected to the solar cell layer and configured to detect an electromotive force generated in the solar cell layer wherein the light transmittance of the thermochromic resin layer at a color changing temperature or more is a light transmittance such that the solar cell layer receives the light via the thermochromic resin to thereby generate an electromotive force. a patch laminate, said patch laminate comprising an adhesive patch layer, said adhesive patch layer containing a patch medical component, a solar cell layer laminated on the adhesive patch layer, and a thermochromic resin layer covering the solar cell and having a light transmittance changeable according to a temperature change, the temperature sensor comprising further a transmitter electrically connected to the solar cell layer and configured to detect an electromotive force generated in the solar cell layer wherein the light transmittance of the thermochromic resin layer at a color changing temperature or more is a light transmittance such that the solar cell layer receives the light via the thermochromic resin to thereby generate an electromotive force.
Innerliner and/or body ply skim rubber compound comprising at least: - a cross-linkable unsaturated chain polymer base, - a filler system, and - a vulcanization system; said compound being characterized in that said filler system comprises, for at least 50% by weight, a mixture of three types of carbon black; said mixture of three types of carbon black being comprised of: a first carbon black with a surface area of between 25 and 40 m 2 /g, a second carbon black with a surface area of between 70 and 90 m 2 /g and a third carbon black with a surface area of between 800 and 1200 m 2 /g, wherein said first carbon black constitutes from 80 to 20% by weight of the mixture of at least three types of filler, said second carbon black constitutes from 10 to 40% by weight of the mixture of at least three types of filler, said third carbon black constitutes from 10 to 40% by weight of the mixture of at least three types of filler. - a cross-linkable unsaturated chain polymer base, - a filler system, and - a vulcanization system;