mhurhangee/patent-ind-claim-en huggingface dataset:
A device for opening a spout of metallurgical vessels such as pouring ladles or the like, whereby the pouring channel on the lined bottom of the vessel, with a slide valve closure having at least two slide plates , wherein the slide valve closure has a stationary slide plate connected to the vessel and at least one displaceable slide plate in operative contact therewith, wherein all slide plates have at least one pouring opening and are displaceable relative to one another in such a way that the pouring openings are brought into alignment in order to open the slide valve and allow the melt flowing out, wherein a plug is arranged above the slide valve closure, the size of which plug exceeds the diameter of the discharge channel and which is connected to the lining of the vessel, wherein the slide closure has a gas supply line and wherein the gas supply line can be acted upon by a pressurised gas in such a way that the plug can be pneumatically released from its closed position to release the discharge channel, characterised in that the gas supply line is arranged in the displaceable slide plate in such a way that during the opening process before the release of the outlet of the gas supply line is connected to the opening of the stationary slide plate and that the gas supply line is connected to a gas reservoir acting as a storage container and the gas reservoir can be charged with gas via a capillary line .
Adjustment mechanism for a motor vehicle lock arrangement , the adjustment mechanism having an adjustment element and a drive train , the adjustment element being adjustable between a forward end position and a rearward end position in a movement cycle with a forward movement generated by way of actuation of the drive train and an opposed, spring-driven rearward movement , the rearward end position being assigned a rearward end stop , against which an engagement element of the adjustment element impinges in the case of the rearward movement , and/or the forward end position being assigned a forward end stop , against which an engagement element of the adjustment element impinges in the case of the forward movement , characterized in that the respective end stop and/or the engagement element has a gaiter-like buffer element which compresses axially when the engagement element impinges on this end stop .
An eyewear material comprising a polyurethane resin produced by allowing a polyisocyanate component to react with an active hydrogen group-containing component, wherein the polyisocyanate component comprises 1,4-bis(isocyanatomethyl)cyclohexane comprising 70 mol% or more and 95 mol% or less of a trans isomer relative to a total amount of a cis isomer and the trans isomer, and 0.1 ppm or more and 300 ppm or less of a compound represented by formula below: and/or a polyisocyanate composition produced by modifying the 1,4-bis(isocyanatomethyl)cyclohexane comprising 70 mol% or more and 95 mol% or less of a trans isomer relative to a total amount of a cis isomer and the trans isomer, and 0.1 ppm or more and 300 ppm or less of the compound, wherein the modified 1,4-bis(isocyanatomethyl)cyclohexane contains at least one functional group of (a) to (e) below: (a) an isocyanurate group, (b) an allophanate group, (c) a biuret group, (d) a urethane group, and (e) a urea group. (a) an isocyanurate group, (b) an allophanate group, (c) a biuret group, (d) a urethane group, and (e) a urea group.
A charging apparatus , comprising: - a connector having connection terminals electrically connectable to an object to be charged; - power lines electrically connected to the connection terminals; - a charger for charging the object to be charged, the charger being connected to the power lines ; characterized by - a connector holder for holding the connector when an electrical connection with the object to be charged is disestablished; and - determining means configured to determine the conduction state of the power lines and of the connection terminals based on a detected discharge state; the connector holder having conduction means for bringing about conduction through the connection terminals . - a connector having connection terminals electrically connectable to an object to be charged; - power lines electrically connected to the connection terminals; - a charger for charging the object to be charged, the charger being connected to the power lines ; - a connector holder for holding the connector when an electrical connection with the object to be charged is disestablished; and - determining means configured to determine the conduction state of the power lines and of the connection terminals based on a detected discharge state;
A method for determining the level of functional C1-esterase inhibitor (fC1-INH) in a sample, the method comprising: (i) spotting a blood sample from a subject on a support member; (ii) drying the blood sample on the support member to form a dried blood spot; (iii) extracting proteins from the dried blood spot from (ii); and (iv) measuring the level of fC1-INH in the extracted proteins in (iii), if present. (i) spotting a blood sample from a subject on a support member; (ii) drying the blood sample on the support member to form a dried blood spot; (iii) extracting proteins from the dried blood spot from (ii); and (iv) measuring the level of fC1-INH in the extracted proteins in (iii), if present.
One or more transgenes and one or more zinc finger nucleases (ZFNs) for use in a method of treating a lysosomal storage disease, the method comprising administering the one or more transgenes and the one or more ZFNs to a subject in need thereof to generate a cell that produces a protein that treats the lysosomal storage disease, wherein the transgene encoding the protein is inserted into an endogenous albumin locus of the cell using the one or more ZFNs, and wherein the lysosomal storage disease is Gaucher's, Hunter's, Hurler's or Fabry's disease.
A dentifrice composition comprising: (a) 25% to 60% of a calcium-containing abrasive by weight of the composition, wherein the calcium-containing abrasive comprises calcium carbonate selected from fine ground natural chalk, ground calcium carbonate, and combinations thereof, and wherein the calcium carbonate has a D50 from 2 microns to 7 microns; (b) 20% to 75% of water by weight of the composition; (c) 0.0025% to 4.0% of a sodium monofluorophosphate by weight of the composition; (d) 0.001% to 4% of a calcium chelating agent by weight of the composition, wherein the calcium chelating agent is a pyrophosphate ion; and (e) pH is greater than 8.3. (a) 25% to 60% of a calcium-containing abrasive by weight of the composition, wherein the calcium-containing abrasive comprises calcium carbonate selected from fine ground natural chalk, ground calcium carbonate, and combinations thereof, and wherein the calcium carbonate has a D50 from 2 microns to 7 microns; (b) 20% to 75% of water by weight of the composition; (c) 0.0025% to 4.0% of a sodium monofluorophosphate by weight of the composition; (d) 0.001% to 4% of a calcium chelating agent by weight of the composition, wherein the calcium chelating agent is a pyrophosphate ion; and (e) pH is greater than 8.3.
A razor cartridge connector comprising a. first and second arms , each arm comprising a fixed end , a terminal end , a first surface and a second surface opposed to the first surface , wherein the terminal end comprises a razor cartridge engagement member movable from a capture position for capturing a razor cartridge to a release position for releasing the razor cartridge; b. an activator comprising an activation element associated with each of the first and second arms for moving the first and second arms toward each other into the release position when the activator is activated; and c. a biasing member for biasing the arms outwardly into the capture position, wherein the activation element acts upon the first and second arms between the fixed end and the terminal end on the first surface of the arms and the biasing member acts upon the arms between the fixed end and the terminal end on the second surface of the arms , characterized in that the biasing member acting on the second surface of the first and second arms also biases the activation element acting on the first surface of the first and second arms to move the activator back to an activator rest position. a. first and second arms , each arm comprising a fixed end , a terminal end , a first surface and a second surface opposed to the first surface , wherein the terminal end comprises a razor cartridge engagement member movable from a capture position for capturing a razor cartridge to a release position for releasing the razor cartridge; b. an activator comprising an activation element associated with each of the first and second arms for moving the first and second arms toward each other into the release position when the activator is activated; and c. a biasing member for biasing the arms outwardly into the capture position, wherein the activation element acts upon the first and second arms between the fixed end and the terminal end on the first surface of the arms and the biasing member acts upon the arms between the fixed end and the terminal end on the second surface of the arms , characterized in that the biasing member acting on the second surface of the first and second arms also biases the activation element acting on the first surface of the first and second arms to move the activator back to an activator rest position.
A servomotor adjustment device comprising: a memory unit that stores a plurality of instructions; and a processor coupled to the memory unit and configured to execute the instructions to: display an adjustment screen for a servo parameter that is set for a motor driver that controls drive of a corresponding one of a plurality of control axes that make a control target operate in response to a control instruction; set a condition for the servo parameter adjusted on the adjustment screen in the motor driver for each control axis; obtain, along with the control instruction, measurement data on a speed control result or position control result for each of the control axes associated with each other under the condition for the servo parameter set in the motor driver for each control axis; and display a graph indicating a temporal change of the measurement data for each control axis and the control instruction on a same time base in a first area in the adjustment screen, and display, in a second area in the adjustment screen, a control trajectory that indicates a transition of a control position of a control axis by association of the measurement data on the control axes measured at a same time and a target trajectory that indicates a transition of a target position of the control axis by association of the control instructions for the control axes obtained at a same time, characterized in that the measurement data is superimposed on the control instruction for each control axis in the first area and the control trajectory is superimposed on the target trajectory in the second area. display an adjustment screen for a servo parameter that is set for a motor driver that controls drive of a corresponding one of a plurality of control axes that make a control target operate in response to a control instruction; set a condition for the servo parameter adjusted on the adjustment screen in the motor driver for each control axis; obtain, along with the control instruction, measurement data on a speed control result or position control result for each of the control axes associated with each other under the condition for the servo parameter set in the motor driver for each control axis; and display a graph indicating a temporal change of the measurement data for each control axis and the control instruction on a same time base in a first area in the adjustment screen, and display, in a second area in the adjustment screen, a control trajectory that indicates a transition of a control position of a control axis by association of the measurement data on the control axes measured at a same time and a target trajectory that indicates a transition of a target position of the control axis by association of the control instructions for the control axes obtained at a same time, characterized in that the measurement data is superimposed on the control instruction for each control axis in the first area and the control trajectory is superimposed on the target trajectory in the second area.
Method for welding at least two profiles for window frames or window casements, or door frames or door leaves, comprising the following steps: - providing at least two profiles which will be connected to one another at joining surfaces of the profile ends , - positioning a heating unit with at least two heating elements between the profile ends to be joined, - bevelling, in particular removing material from, a profile edge layer of the profile ends , preferably at least as far as the melting path, along their visible surfaces by means of at least one tool arranged on the heating elements of the heating unit , in particular by means of at least one cutting blade , - advancing the profile ends to be joined to one another to the heating unit , - incipiently melting the profile ends at what will be their joining surfaces by means of at least one heating surface arranged on the heating elements , - moving the heating elements in such a way that the molten material is displaced into the profile interior or into the interior of the profile chambers of the profiles , - removing the heating unit between the profile ends to be joined, and - compressing the profile ends against one another such that the profiles are joined to one another. - providing at least two profiles which will be connected to one another at joining surfaces of the profile ends , - positioning a heating unit with at least two heating elements between the profile ends to be joined, - bevelling, in particular removing material from, a profile edge layer of the profile ends , preferably at least as far as the melting path, along their visible surfaces by means of at least one tool arranged on the heating elements of the heating unit , in particular by means of at least one cutting blade , - advancing the profile ends to be joined to one another to the heating unit , - incipiently melting the profile ends at what will be their joining surfaces by means of at least one heating surface arranged on the heating elements , - moving the heating elements in such a way that the molten material is displaced into the profile interior or into the interior of the profile chambers of the profiles , - removing the heating unit between the profile ends to be joined, and - compressing the profile ends against one another such that the profiles are joined to one another.
A lubricant composition, containing: a base oil; and organic fine particles substantially consisting of the three elements of carbon, hydrogen and oxygen and having a proportion of particles having a particle diameter of 10 nm to 10 μm of 90% or greater on a volume basis, wherein a content of the organic fine particles is 0.01 to 50 parts by mass relative to 100 parts by mass of the base oil, and wherein a Hildebrand solubility parameter of the base oil is 15.0 to 18.0 (MPa) 1/2 , wherein the Hildebrand solubility parameter of the base oil is calculated by means of the Fedors method on the basis of the group contribution method as defined in the description. a base oil; and organic fine particles substantially consisting of the three elements of carbon, hydrogen and oxygen and having a proportion of particles having a particle diameter of 10 nm to 10 μm of 90% or greater on a volume basis, wherein a content of the organic fine particles is 0.01 to 50 parts by mass relative to 100 parts by mass of the base oil, and wherein a Hildebrand solubility parameter of the base oil is 15.0 to 18.0 (MPa) 1/2 , wherein the Hildebrand solubility parameter of the base oil is calculated by means of the Fedors method on the basis of the group contribution method as defined in the description.
A mounting configured to hang from a laterally extending edge of an object that has an upwardly extending surface and to support a portable screen device in an attitude for hands-free viewing; the mounting comprising a pair of hooked members , wherein the hooked members are, when in use supporting the device , laterally spaced apart from each other, each hooked member having a spine provided with first and second hook portions, each hook portion (12, 14; 512, 514) comprising an open end (S1, S2) and a closed end (12C, 14C; 512C, 514C) bounded by inner and outer, mutually opposed side members (12A, 12B, 14A, 14B; 512, 514) of the hook portion (12, 14; 512, 514), and the first and second hook portions (12, 14; 512, 514) being arranged on opposite sides of the spine to face in mutually opposed directions, such that in use the second hook portions engage the screen device , characterised in that the mounting is further provided with means (530; 28; 216, 616) for additionally engaging the screen device during use to restrain or hold the screen device against relative movement between the screen device and the mounting, wherein the said means for additionally engaging the screen device comprises one or more of the following (i), (ii) or (iii): (i) at least one clip member configured to embrace an upper edge of the screen device and resilient coupling means for coupling the or each clip member to a hooked member ; (ii) a bias member , provided on at least the second hook portion on each hooked member , arranged to urge the screen device into contact with an outer side member of the second hook portion ; (iii) a plurality of detents that are spaced apart along the closed ends of the second hook portions between opposed side members (214A, 214B; 614A, 614B) thereof, the detents being arranged to engage an edge of the screen device during use, thereby to hold the screen device at a corresponding plurality of different angles for viewing. (i) at least one clip member configured to embrace an upper edge of the screen device and resilient coupling means for coupling the or each clip member to a hooked member ; (ii) a bias member , provided on at least the second hook portion on each hooked member , arranged to urge the screen device into contact with an outer side member of the second hook portion ; (iii) a plurality of detents that are spaced apart along the closed ends of the second hook portions between opposed side members (214A, 214B; 614A, 614B) thereof, the detents being arranged to engage an edge of the screen device during use, thereby to hold the screen device at a corresponding plurality of different angles for viewing.
A method for assisting a mobile device to perform positioning measurements on positioning signals periodically transmitted by at least some of a plurality of cells in a wireless communication network , the method comprising: receiving cell information, obtained by the mobile device , of one or more of the plurality of cells in the wireless communication network, wherein the cell information indicates an observed frequency channel number of a first cell in the wireless communication network, observed by the mobile device ; maintaining data corresponding to a known frequency channel number and a known physical frequency of the first cell of the wireless communication network; converting the observed frequency channel number to an observed physical frequency of the first cell; setting an assigned frequency channel number to the observed frequency channel number if the observed physical frequency is the same as the known physical frequency of the first cell; generating assistance data to include the assigned frequency channel number for use by the mobile device for performing the positioning measurements based on the received cell information; and sending the assistance data to the mobile device . receiving cell information, obtained by the mobile device , of one or more of the plurality of cells in the wireless communication network, wherein the cell information indicates an observed frequency channel number of a first cell in the wireless communication network, observed by the mobile device ; maintaining data corresponding to a known frequency channel number and a known physical frequency of the first cell of the wireless communication network; converting the observed frequency channel number to an observed physical frequency of the first cell; setting an assigned frequency channel number to the observed frequency channel number if the observed physical frequency is the same as the known physical frequency of the first cell; generating assistance data to include the assigned frequency channel number for use by the mobile device for performing the positioning measurements based on the received cell information; and sending the assistance data to the mobile device .
Refrigeration appliance having a cooled interior surrounded by a heat-insulating external wall, said interior being divided by an intermediate wall into a main storage compartment and an auxiliary storage compartment , and at least one movable heat-insulating element , characterised in that the heat-insulating element can be moved between a first position resting against the external wall and a second position, in which it forms at least one part of the intermediate wall, and that a heat-insulating layer of the external wall has a weak point which fills the heat-insulating element in the first position.
A method for operating a transmit-receive point, TRP, the method comprising: generating , by the TRP, a different spatial domain to time domain transform , STT, symbol for each antenna element in an antenna array; and transmitting , by the TRP, the STT symbols using the antenna array to sweep a beam along a first plane in the time domain, characterized in that the STT symbol generated for each k -th antenna element, k=0,..., K-1, is expressible as: x k t = e − i ω 0 + k ⋅ Δω t − T 0 2 Δω ⋅ T 0 = 2 π for t = 0 ∼ T 0 , where ω 0 is a carrier frequency, Δ ω is a sub-carrier spacing, K is a number of antenna elements in the antenna array, T 0 is a duration of the STT symbol, and K Δ ω is a total used bandwidth. generating , by the TRP, a different spatial domain to time domain transform , STT, symbol for each antenna element in an antenna array; and transmitting , by the TRP, the STT symbols using the antenna array to sweep a beam along a first plane in the time domain, characterized in that the STT symbol generated for each k -th antenna element, k=0,..., K-1, is expressible as: x k t = e − i ω 0 + k ⋅ Δω t − T 0 2 Δω ⋅ T 0 = 2 π for t = 0 ∼ T 0 , where ω 0 is a carrier frequency, Δ ω is a sub-carrier spacing, K is a number of antenna elements in the antenna array, T 0 is a duration of the STT symbol, and K Δ ω is a total used bandwidth.