mhurhangee/ep-ind-claims huggingface dataset:
A nitrogen compound belonging to the family of tertiary diamines meeting general formula as follows: wherein R is an alkanediyl radical -(CH 2)n- with n = 2, 3, 4, 5 or 6.
A blending system comprising: a base (110, 310, 410) including a motor and a display system (106, 206, 406); a container (120, 320, 430) operably attached to the base; and wherein the display system comprises a projection device configured to project an image on the container. a base (110, 310, 410) including a motor and a display system (106, 206, 406); a container (120, 320, 430) operably attached to the base; and wherein the display system comprises a projection device configured to project an image on the container.
An energy receiver configured to receive energy in a wireless manner from an energy transmitter, said energy receiver comprising: a resonance circuit including at least an inductor, a first capacitor, and a second capacitor; and a Q-value circuit connected to the resonance circuit, the Q-value circuit being configured to obtain a first voltage (V1') taken at a first node of the resonance circuit and a second voltage taken at a second node of the resonance circuit to determine a Q-value of the resonance circuit, wherein, the second voltage is a voltage across the inductor; the first and second capacitors (33, 33') are connected in series between the first and second nodes; and the second node is connected to the inductor; and a switching section having a plurality of switches (40, 41, 42) to selectively connect the resonance circuit to the Q-value circuit via either the first node or the second node during determination of the Q-value, wherein, the Q-value circuit includes a control section that is configured to control the switching section such that electric power is received by the energy receiver at a different time than when the first and second voltages are obtained,and the Q-value circuit is configured to detect a presence of a foreign metal object from the determined Q-value. a resonance circuit including at least an inductor, a first capacitor, and a second capacitor; and a Q-value circuit connected to the resonance circuit, the Q-value circuit being configured to obtain a first voltage (V1') taken at a first node of the resonance circuit and a second voltage taken at a second node of the resonance circuit to determine a Q-value of the resonance circuit, wherein, the second voltage is a voltage across the inductor; the first and second capacitors (33, 33') are connected in series between the first and second nodes; and the second node is connected to the inductor; and the second voltage is a voltage across the inductor; the first and second capacitors (33, 33') are connected in series between the first and second nodes; and the second node is connected to the inductor; and a switching section having a plurality of switches (40, 41, 42) to selectively connect the resonance circuit to the Q-value circuit via either the first node or the second node during determination of the Q-value, wherein, the Q-value circuit includes a control section that is configured to control the switching section such that electric power is received by the energy receiver at a different time than when the first and second voltages are obtained,and the Q-value circuit is configured to detect a presence of a foreign metal object from the determined Q-value. the Q-value circuit includes a control section that is configured to control the switching section such that electric power is received by the energy receiver at a different time than when the first and second voltages are obtained,and the Q-value circuit is configured to detect a presence of a foreign metal object from the determined Q-value.
A method of decoding video data, the method comprising: Decoding, from an encoded video bitstream, a video parameter set that includes a plurality of hypothetical reference decoder parameter syntax structures that each include HRD parameters, wherein for each respective HRD parameter syntax structure in the plurality of HRD parameter syntax structures other than the first HRD parameter syntax structure signaled in the VPS, the VPS further includes a syntax element indicating whether the HRD parameters of the respective HRD parameter syntax structure include a common set of HRD parameters, wherein the first HRD parameter syntax structure signaled in the VPS includes a first common set of HRD parameters, wherein a subsequent HRD parameter syntax structure signaled in the VPS includes a second, different common set of HRD parameters, and wherein the common sets of HRD parameters are common to all sub-layers of the encoded video bitstream, wherein decoding the VPS comprises: determining whether an i-th HRD parameter syntax structure in the plurality of HRD parameter syntax structures includes a common set of HRD parameters; and in response to determining that the i-th HRD parameter syntax structure does not include a common set of HRD parameters, deriving the common set of HRD parameters associated with the i-th HRD parameter syntax structure to be the same as the common set of HRD parameters associated with an (i-1)th HRD parameter syntax structure; and performing an operation using the HRD parameters of at least one of the HRD parameter syntax structures. determining whether an i-th HRD parameter syntax structure in the plurality of HRD parameter syntax structures includes a common set of HRD parameters; and in response to determining that the i-th HRD parameter syntax structure does not include a common set of HRD parameters, deriving the common set of HRD parameters associated with the i-th HRD parameter syntax structure to be the same as the common set of HRD parameters associated with an (i-1)th HRD parameter syntax structure; and performing an operation using the HRD parameters of at least one of the HRD parameter syntax structures.
A transport device, comprising: an adhesive transporting belt configured to transport a medium; a pressing unit configured to press the medium onto a surface of the transporting belt; a washing unit configured to wash the surface using a liquid; an ultrasonic sensor including a transmission unit configured to transmit an ultrasonic wave onto the surface, and a reception unit configured to receive the ultrasonic wave reflected from the surface; a control unit configured to determine, based on a result of detection by the ultrasonic sensor, a remaining state of the liquid on the surface; a drying unit provided downstream of the washing unit in a rotation direction of the transporting belt, and configured to dry the surface; and a notification unit configured to perform notification of information to a user, wherein the ultrasonic sensor transmits the ultrasonic wave onto at least part of the transporting belt, the part being located from downstream of the washing unit to upstream of the pressing unit in the rotation direction, the at least part of the transporting belt also being located from the downstream of the drying unit in the rotation direction, and wherein the control unit controls the notification unit to issue alert notification to the user upon determining, based on the result of the detection by the ultrasonic sensor, that the liquid remains on the surface. an adhesive transporting belt configured to transport a medium; a pressing unit configured to press the medium onto a surface of the transporting belt; a washing unit configured to wash the surface using a liquid; an ultrasonic sensor including a transmission unit configured to transmit an ultrasonic wave onto the surface, and a reception unit configured to receive the ultrasonic wave reflected from the surface; a control unit configured to determine, based on a result of detection by the ultrasonic sensor, a remaining state of the liquid on the surface; a drying unit provided downstream of the washing unit in a rotation direction of the transporting belt, and configured to dry the surface; and a notification unit configured to perform notification of information to a user, wherein the ultrasonic sensor transmits the ultrasonic wave onto at least part of the transporting belt, the part being located from downstream of the washing unit to upstream of the pressing unit in the rotation direction, the at least part of the transporting belt also being located from the downstream of the drying unit in the rotation direction, and wherein the control unit controls the notification unit to issue alert notification to the user upon determining, based on the result of the detection by the ultrasonic sensor, that the liquid remains on the surface.
An electronic smoking article, comprising: at least one sensor configured to measure interaction with the electronic smoking article; a processor configured to detect a smoking event based on an output of the at least one sensor, collect data associated with the smoking event, and arrange the data in a pattern that defines the smoking event by at least a shift in battery voltage; and memory configured to store the data pattern in a structured multi-byte format. at least one sensor configured to measure interaction with the electronic smoking article; a processor configured to detect a smoking event based on an output of the at least one sensor, collect data associated with the smoking event, and arrange the data in a pattern that defines the smoking event by at least a shift in battery voltage; and memory configured to store the data pattern in a structured multi-byte format.
A process for producing an alkene by non-oxidative dehydrogenation of an alkane, comprising contacting a feed stream comprising the alkane with a catalyst composition comprising an unsupported catalyst comprising ZrV 2 O 7 at a temperature of 400 to 600 °C.
A preparation method for a solid titanium catalyst for olefin polymerization, which comprises the steps of: preparing a magnesium compound solution by dissolving a magnesium halide compound into a mixed solvent of a cyclic ether and one or more of alcohol; preparing a carrier by adding firstly a titanium halide compound having a general formula of Ti a X (4-a), in which R is an alkyl group having 1-10 carbon atoms, X is a halogen atom and a is an integer of 0-3, to the magnesium compound solution at -10-30°C, elevating the temperature of the resulted solution or aging it, and then thereto adding secondly the titanium halide compound additionally; preparing a titanium catalyst by reacting the carrier with a titanium compound and an electron donor; and washing the titanium catalyst with hydrocarbon solvent at 40-200°C; wherein the molar ratio of the firstly-added titanium halide compound to the mixed solvent of cyclic ether and one or more of alcohol in the step is 1:3.0-1:10. preparing a magnesium compound solution by dissolving a magnesium halide compound into a mixed solvent of a cyclic ether and one or more of alcohol; preparing a carrier by adding firstly a titanium halide compound having a general formula of Ti a X (4-a), in which R is an alkyl group having 1-10 carbon atoms, X is a halogen atom and a is an integer of 0-3, to the magnesium compound solution at -10-30°C, elevating the temperature of the resulted solution or aging it, and then thereto adding secondly the titanium halide compound additionally; preparing a titanium catalyst by reacting the carrier with a titanium compound and an electron donor; and washing the titanium catalyst with hydrocarbon solvent at 40-200°C;
An optical waveguide device comprising: a substrate; an optical waveguide formed on the substrate; two electrodes disposed at positions sandwiching the optical waveguide from both sides in a plane of the substrate; and a dielectric layer (160, 160-1) covering a top of the optical waveguide, wherein the dielectric layer extends to an extent including edges of the two electrodes, facing the optical waveguide, in a width direction of the optical waveguide, and is disposed to partially cover the upper part of each of the two electrodes, characterized in that: the two electrodes are configured to be stepped thick as a distance from the optical waveguide increases; the dielectric layer (160, 160-1) extends to an extent including an edge of a first stage (144a-144d) of each of the two electrodes closest to the optical waveguide, in the width direction of the optical waveguide, and is disposed to partially cover the upper part (W14, W15) of the first stage of each of the two electrodes. a substrate; an optical waveguide formed on the substrate; two electrodes disposed at positions sandwiching the optical waveguide from both sides in a plane of the substrate; and a dielectric layer (160, 160-1) covering a top of the optical waveguide, wherein the dielectric layer extends to an extent including edges of the two electrodes, facing the optical waveguide, in a width direction of the optical waveguide, and is disposed to partially cover the upper part of each of the two electrodes, characterized in that: the two electrodes are configured to be stepped thick as a distance from the optical waveguide increases; the dielectric layer (160, 160-1) extends to an extent including an edge of a first stage (144a-144d) of each of the two electrodes closest to the optical waveguide, in the width direction of the optical waveguide, and is disposed to partially cover the upper part (W14, W15) of the first stage of each of the two electrodes.
A work vehicle in which a power steering cylinder is attached to a front axle casing, wherein a support part to which an end of the power steering cylinder is attached by a connection member is provided in the front axle casing and a protruding part protruding from the support part so as to cover the connection member when viewed from the front side of the work vehicle, wherein the support part is formed at a lower end of the front axle casing, characterized in that a lower surface of the support part is arranged below a lower surface of the front axle casing, wherein the connecting member is arranged at the state where it projected below the supporting part which is a lower end part of the front axle casing, the protruding part is projected lower than the lower surface of the support part, the protruding part is arranged at a front side and lower than the projection part of the connection member, and the left end of the protruding part is arranged at the left of the projection part of the connection member while a right end of the protruding part is arranged at the right of the projection part of the connection member.
A method for receiving control signaling and sending a packet, characterized by: receiving, by a terminal, a first control signaling from a base station, BS, wherein the first control signaling comprises a field and the field is in a first state that is indicating a payload size while a Redundancy Version, RV, is a default value; sending, by the terminal, a packet to the BS according to the first control signaling; receiving, by the terminal, a second control signaling from the BS, wherein the second control signaling also comprises the field and the field is in a second state that is indicating a RV without indicating the payload size; wherein the first state and the second state are represented separately by different combinations of the bit values of all N bits of the field, wherein each bit value of the N bits is 1 or 0; retransmitting, by the terminal, the packet to the BS according to the second control signaling. receiving, by a terminal, a first control signaling from a base station, BS, wherein the first control signaling comprises a field and the field is in a first state that is indicating a payload size while a Redundancy Version, RV, is a default value; sending, by the terminal, a packet to the BS according to the first control signaling; receiving, by the terminal, a second control signaling from the BS, wherein the second control signaling also comprises the field and the field is in a second state that is indicating a RV without indicating the payload size; wherein the first state and the second state are represented separately by different combinations of the bit values of all N bits of the field, wherein each bit value of the N bits is 1 or 0; retransmitting, by the terminal, the packet to the BS according to the second control signaling.
Portable power tool, in particular hammer drill and/or chipping hammer, having an intermediate flange and a transmission unit which has a switching means mounted on the intermediate flange, wherein the switching means is configured as a rotatably mounted lever and is provided to switch at least three transmission stages of the transmission unit, characterized in that the transmission unit has a switching sleeve and a further switching sleeve which are movable by means of the switching means.
A fastening jig suitable for securing a rare earth sintered magnet block as workpiece in a method for multiple cutoff machining the magnet block using a multiple blade assembly to machine the magnet block at a work surface thereof and cut it into multiple pieces, the fastening jig comprising a first clamp member and a second clamp member each having a workpiece-engaging face, for engaging respective opposite surfaces of said magnet block to clamp it between them in use, with sides of the clamp members positioned to correspond to respective opposite work surfaces of the magnet block, and a press unit for pressing the first and second clamp members (31,32) to apply a pressing force to hold the magnet block between the first and second clamp members, and wherein a portion of at least one of said clamp members having said workpiece-engaging face is provided with a resilient cantilever portion by means of a channel extending inward behind said workpiece-engaging face from a said side of the clamp member, whereby the magnet block is held between the first and second clamp members against the resilient repulsion force created by the movement of the resilient cantilever portion.
A rubber composition comprising 100 parts by mass of a solid rubber, 0.1 to 10 parts by mass of a modified liquid diene rubber that is obtained by adding a modifying agent to an unmodified liquid diene rubber (B') and has functional groups derived from the modifying agent, and 20 to 150 parts by mass of a filler, the modified liquid diene rubber satisfying the following (i) to (iv): (i) the content of butadiene units is not less than 50 mass% relative to the total of all monomer units, (ii) the weight average molecular weight (Mw) is 25,000 to 120,000, (iii) the amount of the modifying agent added is 3 to 40 parts by mass per 100 parts by mass of the unmodified liquid diene rubber (B'), and (iv) the average number of functional groups per molecule of the modified liquid diene rubber is 5 to 80; and wherein the unmodified liquid diene rubber (B') does not contain monomer units of β-farnesene; the functional groups possessed by the modified liquid diene rubber are at least one selected from amino groups, amide groups, imino groups, imidazole groups, urea groups, alkoxysilyl groups, hydroxyl groups, epoxy groups, ether groups, carboxyl groups, carbonyl groups, mercapto groups, isocyanate groups, nitrile groups, acid anhydride groups, dicarboxylic acid monoester groups, and dicarboxylic acid monoamide groups; and the filler is at least one filler selected from silicas. (i) the content of butadiene units is not less than 50 mass% relative to the total of all monomer units, (ii) the weight average molecular weight (Mw) is 25,000 to 120,000, (iii) the amount of the modifying agent added is 3 to 40 parts by mass per 100 parts by mass of the unmodified liquid diene rubber (B'), and (iv) the average number of functional groups per molecule of the modified liquid diene rubber is 5 to 80; and
A core for an electrical machine, comprising: a core body defining a rotation axis, the core body including: a first segment; and a second segment axially stacked with the first segment along the rotation axis; and an end segment coupled to the second segment on a side of the second segment opposite the first segment, wherein notches (128, 148) defined by the end segment, the second segment, and the first segment align with one another to form an axial slot, wherein a width of an opening into the second segment notch is greater than a width of an opening into the end segment notch and the first segment notch to accommodate thermal expansion of the core body wherein the end segment includes a material with a thermal expansion coefficient greater than that of the second segment. a first segment; and a second segment axially stacked with the first segment along the rotation axis; and an end segment coupled to the second segment on a side of the second segment opposite the first segment, wherein notches (128, 148) defined by the end segment, the second segment, and the first segment align with one another to form an axial slot, wherein a width of an opening into the second segment notch is greater than a width of an opening into the end segment notch and the first segment notch to accommodate thermal expansion of the core body wherein the end segment includes a material with a thermal expansion coefficient greater than that of the second segment.
A holster for a fire-arm, said holster being made of a rigid material and comprising: - walls (10, 20, 30, 40) made of said rigid material and delimiting a receiving cavity formed in a such a way as to hold said fire-arm, one of said walls forming a lateral wall into which a seat is obtained for lodging a restraining system (X, Y; 200) for blocking the fire-arm inside the holster; - said restraining system (X, Y; 200) comprising a leverage (X, Y; 200) lodged into said seat of the lateral wall and rotatable fixed directly to said lateral wall in such a way as said leverage is rotatable between a blocking position, in which at least an end of a lever of said leverage (X; 200) is put in contact against the bridge which is the trigger guard of the fire-arm, blocking it in position inside the holster, and an unblocking position, in which the lever is put in a position that allows to extract the fire-arm; - a protective screen (50, 60) fixed to said lateral wall of the holster in a removable manner; - said protective screen (50, 60) being further arranged to cover said leverage at least in part such that at least a part of said leverage, including at least a part of the point of contact to operate such a leverage, is visible and accessible to the user such that said leverage can be rotated by an user with said protective screen installed over the leverage. - walls (10, 20, 30, 40) made of said rigid material and delimiting a receiving cavity formed in a such a way as to hold said fire-arm, one of said walls forming a lateral wall into which a seat is obtained for lodging a restraining system (X, Y; 200) for blocking the fire-arm inside the holster; - said restraining system (X, Y; 200) comprising a leverage (X, Y; 200) lodged into said seat of the lateral wall and rotatable fixed directly to said lateral wall in such a way as said leverage is rotatable between a blocking position, in which at least an end of a lever of said leverage (X; 200) is put in contact against the bridge which is the trigger guard of the fire-arm, blocking it in position inside the holster, and an unblocking position, in which the lever is put in a position that allows to extract the fire-arm; - a protective screen (50, 60) fixed to said lateral wall of the holster in a removable manner; - said protective screen (50, 60) being further arranged to cover said leverage at least in part such that at least a part of said leverage, including at least a part of the point of contact to operate such a leverage, is visible and accessible to the user such that said leverage can be rotated by an user with said protective screen installed over the leverage.