mhurhangee/patent-ind-claim-en huggingface dataset:
A method of making a three-dimensional object by bottom-up additive manufacturing, comprising: (a) providing a carrier platform , a light source , and a light transmissive window therebetween, the light transmissive window comprising a gas permeable member having a top surface and a bottom surface; (b) depositing a liquid resin on the window , the resin comprising a cyclic olefin monomer and a ring-opening metathesis polymerization, ROMP, photocatalyst; (c) contacting a gas comprising oxygen to said gas permeable member bottom surface, wherein said gas includes oxygen at a partial pressure in a range of 0.1 to 11 kilopascals; and (d) exposing said resin to light from said light source while advancing said carrier platform away from said window to form said three-dimensional object on said carrier platform . (a) providing a carrier platform , a light source , and a light transmissive window therebetween, the light transmissive window comprising a gas permeable member having a top surface and a bottom surface; (b) depositing a liquid resin on the window , the resin comprising a cyclic olefin monomer and a ring-opening metathesis polymerization, ROMP, photocatalyst; (c) contacting a gas comprising oxygen to said gas permeable member bottom surface, wherein said gas includes oxygen at a partial pressure in a range of 0.1 to 11 kilopascals; and (d) exposing said resin to light from said light source while advancing said carrier platform away from said window to form said three-dimensional object on said carrier platform .
An energy harvesting system comprising: - one or more sensitive elements comprising at least one layer made of a piezoelectrical material; - a mass (M); - an anchoring system , which is configured to cooperate, in use, with said mass (M) so as to at least partially deform said sensitive element ; wherein each sensitive element comprises: - a substrate ; - a first electrode ; - a piezoelectrical material layer ; - a second electrode ; wherein the substrate is at least partially made of a material having an elastic modulus greater than 90 GPa, preferably smaller than 120 GPa; characterized in that , said anchoring system is a tubular body having a longitudinal axis (X') and an inner sliding channel ; wherein said mass (M) is mounted so as to move inside said inner sliding channel ; wherein the harvesting system (101; 201; 301; 401) comprises a plurality of sensitive elements interposed between said mass (M) and the anchoring system so as to be deformed, in use, by the relative movement between said mass (M) and said anchoring system . - one or more sensitive elements comprising at least one layer made of a piezoelectrical material; - a mass (M); - an anchoring system , which is configured to cooperate, in use, with said mass (M) so as to at least partially deform said sensitive element ; - a substrate ; - a first electrode ; - a piezoelectrical material layer ; - a second electrode ; wherein the substrate is at least partially made of a material having an elastic modulus greater than 90 GPa, preferably smaller than 120 GPa; characterized in that , said anchoring system is a tubular body having a longitudinal axis (X') and an inner sliding channel ; wherein said mass (M) is mounted so as to move inside said inner sliding channel ; wherein the harvesting system (101; 201; 301; 401) comprises a plurality of sensitive elements interposed between said mass (M) and the anchoring system so as to be deformed, in use, by the relative movement between said mass (M) and said anchoring system .
A referee support arrangement that includes a central mobile unit , a server , and a central control device ; the central mobile unit and the server are connected via a wireless communication channel , and the server and the central control device are connected via a communication channel ; the central mobile unit includes an internal memory and control unit , a communication module , a power supply unit , a microphone , and one or more touchscreens , wherein the arrangement includes a lineman stick , a camera , an offside and video referee system , and a light signalling system via a wireless communication channel ; wherein the central mobile unit is connected to a lineman stick , a camera , an offside and video referee system , and a light signalling system via a wireless communication channel ; the central mobile unit is fitted with a distance measuring unit and a lighting unit ; the communication module , the distance measuring unit , and the microphone are connected to an internal memory and control unit ; the lineman stick is fitted with at least one lighting unit ; the light signalling system is fitted with a lighting strip containing lighting units .
A method comprising: receiving, by a wireless device , a downlink control information, DCI, comprising: a first field indicating a transition of a cell to a dormant state; and a second field indicating a hybrid automatic repeat request, HARQ, feedback timing; and transmitting, in response to the DCI indicating the transition and via a physical uplink control channel resource, a positive acknowledgement of a reception of the DCI at a time interval based on the HARQ feedback timing. receiving, by a wireless device , a downlink control information, DCI, comprising: a first field indicating a transition of a cell to a dormant state; and a second field indicating a hybrid automatic repeat request, HARQ, feedback timing; and a first field indicating a transition of a cell to a dormant state; and a second field indicating a hybrid automatic repeat request, HARQ, feedback timing; and transmitting, in response to the DCI indicating the transition and via a physical uplink control channel resource, a positive acknowledgement of a reception of the DCI at a time interval based on the HARQ feedback timing.
Nailing machine for nailing wooden parts, comprising a pressing ram, a hammer fixed to a cross-bar and at least one actuator providing the movement of the pressing ram, characterized in that: the actuator exerting mechanic pressure on the pressing ram is electromechanical actuator driven by servo engine having 4 kW of power, the engine being connected to the solid part of actuator by spacer , the actuator further comprises a sliding rod with elevation of 280 mm, the sliding rod that engages the nails to be pressed by the hammer in the wooden parts is provided at its end with clamping block connecting the actuator with pressing ram movable in vertical axis in a way that the clamping block has openings engaged with steel mounting screws and steel semilunar securing parts to provide for the connection of the actuator with pressing ram , the actuator further comprises a flange connecting sliding rod and solid part of the actuator with the machine frame, and the actuator further comprises a flange connecting spacer of the servo engine . the actuator exerting mechanic pressure on the pressing ram is electromechanical actuator driven by servo engine having 4 kW of power, the engine being connected to the solid part of actuator by spacer , the actuator further comprises a sliding rod with elevation of 280 mm, the sliding rod that engages the nails to be pressed by the hammer in the wooden parts is provided at its end with clamping block connecting the actuator with pressing ram movable in vertical axis in a way that the clamping block has openings engaged with steel mounting screws and steel semilunar securing parts to provide for the connection of the actuator with pressing ram , the actuator further comprises a flange connecting sliding rod and solid part of the actuator with the machine frame, and the actuator further comprises a flange connecting spacer of the servo engine .
A developing roll used in an electrophotographic image forming apparatus, the developing roll comprising: a core member made of a metal; an elastic layer made of a rubber disposed around the core member ; and a surface layer disposed around the elastic layer , characterized in that the surface layer has a texture aspect ratio of the surface Str that is measured by photographing the surface of the surface layer in a longitudinal center with a non-contact type laser microscope using a magnification of 400 times and a magnification of an objective lens of 20 times, performing a second-order curved surface correction of removing data components corresponding to a cylindrical surface from the geometrical data obtained by photographing, and calculating the texture aspect ratio of the surface Str in the photographed field of view on the basis of the data obtained by the second-order curved surface correction, and the texture aspect ratio of the surface Str is equal to or greater than 0.55. a core member made of a metal; an elastic layer made of a rubber disposed around the core member ; and a surface layer disposed around the elastic layer , characterized in that the surface layer has a texture aspect ratio of the surface Str that is measured by photographing the surface of the surface layer in a longitudinal center with a non-contact type laser microscope using a magnification of 400 times and a magnification of an objective lens of 20 times, performing a second-order curved surface correction of removing data components corresponding to a cylindrical surface from the geometrical data obtained by photographing, and calculating the texture aspect ratio of the surface Str in the photographed field of view on the basis of the data obtained by the second-order curved surface correction, and the texture aspect ratio of the surface Str is equal to or greater than 0.55.
A compound represented by Chemical Formula 1 for an organic optoelectronic device: wherein, in Chemical Formula 1, X 1 to X 3 are independently N or CR a , at least two of X 1 to X 3 are N, Y 1 and Y 2 are independently O or S, n1 and n2 are independently an integer of 0 or 1, R 1 to R 3 are independently hydrogen, deuterium, a phenyl group, a biphenyl group, or a naphthyl group, and R a and R 4 to R 8 are independently hydrogen. wherein, in Chemical Formula 1, X 1 to X 3 are independently N or CR a , at least two of X 1 to X 3 are N, Y 1 and Y 2 are independently O or S, n1 and n2 are independently an integer of 0 or 1, R 1 to R 3 are independently hydrogen, deuterium, a phenyl group, a biphenyl group, or a naphthyl group, and R a and R 4 to R 8 are independently hydrogen.
A door barricade for a door , said barricade being designed for being mounted between an interior face of the door and an adjacent floor , said barricade comprising: a) a door interior face mounting plate ; b) a vertical bolt capable of rotating circumferentially and moving up and down; c) a front plate for mounting the vertical bolt , such that the front plate can hold the vertical bolt in an up position and a down position; d) a floor plate with a receiver hole ; e) a locking arm attached to the vertical bolt having a locking foot which fits into the floor plate receiver hole when the bolt is in the down position; f) at least one left restrictor plate and at least one right restrictor plate , which prevent the vertical bolt from rotating circumferentially clockwise or counterclockwise when the locking arm is in the down position; and g) a rest plate for holding the locking arm in the up position; said barricade being configured such that in use, the barricade can be mounted both on the interior face of a room door , via the door interior face mounting plate , and on the floor adjacent to the interior face of the door , via the floor plate , with the front plate being mounted onto the mounting plate and the vertical bolt being held vertically in-between the mounting plate and the front plate, in a manner that allows the bolt to move up and down, and whereby when the vertical bolt is in the down position, the locking foot of the locking arm fits into the floor plate receiver hole , and said at least one left restrictor plate and said at least one right restrictor plate prevent the vertical bolt from rotating circumferentially clockwise or counterclockwise, such that the door is prevented from opening by the connection of the door to the adjacent floor . a) a door interior face mounting plate ; b) a vertical bolt capable of rotating circumferentially and moving up and down; c) a front plate for mounting the vertical bolt , such that the front plate can hold the vertical bolt in an up position and a down position; d) a floor plate with a receiver hole ; e) a locking arm attached to the vertical bolt having a locking foot which fits into the floor plate receiver hole when the bolt is in the down position; f) at least one left restrictor plate and at least one right restrictor plate , which prevent the vertical bolt from rotating circumferentially clockwise or counterclockwise when the locking arm is in the down position; and g) a rest plate for holding the locking arm in the up position;
A method for determining a prediction direction, implemented by a decoder and comprising: determining a chroma intra prediction mode of a block to be decoded; acquiring (S101) a Direct Mode, DM, in the chroma intra prediction mode; and determining (S102) an index number of a prediction direction in a DM derived mode based on an offset N and an index number M of a prediction direction in the DM to determine the DM derived mode, N being a positive integer larger than or equal to 2 and M being a positive integer, wherein the determination of the index number of the prediction direction in the DM derived mode is based on a sum value of M and N, a difference value between the M and the N, a minimum value K1 of the index numbers of prediction directions in the DM and a maximum value K2 of the index numbers of the prediction directions in the DM, wherein the determination of the index number of the prediction direction in the DM derived mode based on the sum value and the difference value to determine the DM derived mode comprises: when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66. determining a chroma intra prediction mode of a block to be decoded; acquiring (S101) a Direct Mode, DM, in the chroma intra prediction mode; and determining (S102) an index number of a prediction direction in a DM derived mode based on an offset N and an index number M of a prediction direction in the DM to determine the DM derived mode, N being a positive integer larger than or equal to 2 and M being a positive integer, wherein the determination of the index number of the prediction direction in the DM derived mode is based on a sum value of M and N, a difference value between the M and the N, a minimum value K1 of the index numbers of prediction directions in the DM and a maximum value K2 of the index numbers of the prediction directions in the DM, wherein the determination of the index number of the prediction direction in the DM derived mode based on the sum value and the difference value to determine the DM derived mode comprises: when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66. when the sum value is larger than or equal to K2 and the difference value is smaller than or equal to K1, determining that the index numbers of the prediction directions in the DM derived mode are K2 and K1 respectively, wherein M is 62, N is 5, K1 is 2, and K2 is 66.
A tandem submerged arc welding method of a high-Cr Creep Strength-Enhanced Ferritic (CSEF) steel, wherein the Cr content of this steel is 8% by mass or more, the method being characterised by : welding under the conditions at a wire feeding speed V L of a leading electrode of 45 to 90 g/min; a wire feeding speed V T of a trailed electrode of 60 to 110 g/min; a welding speed v of 30 to 55 cm/min; and a welding amount per unit length of 2.8 to 3.8 g/cm.
An electrode for a non-aqueous electrolyte secondary battery comprising: a current collector ; an active material layer that is formed on the current collector ; and an aggregate of filler particles that is present on a surface of the active material layer , wherein the filler particles are particles containing at least one of boron oxide, potassium pyrosulfate, and a compound containing an alkali metal or Br, a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180 to 650°C, the compound containing an alkali metal or Br contains at least one of a borate, a silicate, a carbonate, a hydrogen carbonate, a citrate, and an aromatic compound, and an average particle diameter of the filler particles, determined from a SEM image of the electrode surface, is 0.05 μm to 3 μm. a current collector ; an active material layer that is formed on the current collector ; and an aggregate of filler particles that is present on a surface of the active material layer , wherein the filler particles are particles containing at least one of boron oxide, potassium pyrosulfate, and a compound containing an alkali metal or Br, a transformation point of the filler particle at which the filler particle is transformed from a solid phase into a liquid phase or is thermally decomposed is in a range of 180 to 650°C, the compound containing an alkali metal or Br contains at least one of a borate, a silicate, a carbonate, a hydrogen carbonate, a citrate, and an aromatic compound, and an average particle diameter of the filler particles, determined from a SEM image of the electrode surface, is 0.05 μm to 3 μm.
An apparatus comprising: a processor arranged to, exclude resources from a resource set for packets transmission on sidelink based at least on parameters determined according to a latency requirement for the packets, wherein the parameters comprise: a required percentage of a candidate resource in the resource set; a maximum power threshold of interference signal; and a maximum number of times for increasing power threshold of interference signal; wherein the required percentage of the candidate resource in the resource set is determined by a default percentage and a scaling factor for percentage corresponding to the latency requirement for the packets. exclude resources from a resource set for packets transmission on sidelink based at least on parameters determined according to a latency requirement for the packets, wherein the parameters comprise: a required percentage of a candidate resource in the resource set; a maximum power threshold of interference signal; and a maximum number of times for increasing power threshold of interference signal; a required percentage of a candidate resource in the resource set; a maximum power threshold of interference signal; and a maximum number of times for increasing power threshold of interference signal; wherein the required percentage of the candidate resource in the resource set is determined by a default percentage and a scaling factor for percentage corresponding to the latency requirement for the packets.
Screw spindle pump, comprising a spindle housing , in which a drive spindle and at least one running spindle meshing therewith are received in spindle bores, wherein the drive spindle has a cylindrical spindle core and at least two spindle profiles around the circumference of the spindle core , and, on an end face of the drive spindle , in a depression which is axially delimited by a planar bottom surface and in which the two profile valleys open out between the two spindle profiles in a manner offset by 180°, there is arranged a disk-shaped coupling element , which has an insertion receptacle for a drive shaft of a drive motor and which is coupled to the drive spindle for conjoint rotation therewith in at least one direction of rotation of the drive spindle via a form-fitting engagement with axially protruding projections that laterally delimit the depression and engage in lateral receptacles of the coupling element , wherein the bottom surface is delimited by the spindle core in the region of the openings of the two profile valleys , characterized in that the coupling element has a rounded configuration, corresponding to the shape of the spindle core , in the element regions that adjoin the regions of the opening, wherein the diameter (D B ) of the coupling element , in the region of the rounded element regions , corresponds at most to the diameter (D K ) of the spindle core or is smaller than the diameter (D K ) of the spindle core .
A memory controller comprising: a read-modify-write logic module that receives a partial write data request for partial write data in error-correcting code ECC memory and combines the partial write data in the partial write data request with read data provided from the ECC memory to form combined data before correcting the read data; and a write control module that controls the writing of the combined data to the ECC memory . a read-modify-write logic module that receives a partial write data request for partial write data in error-correcting code ECC memory and combines the partial write data in the partial write data request with read data provided from the ECC memory to form combined data before correcting the read data; and a write control module that controls the writing of the combined data to the ECC memory .
Method for handling products that are flat at least in some portions by means of a handling device , in particular a suction traverse, comprising suction cups , which are arranged in a plane in order to grip workpieces, the suction cups being designed to grip a workpiece by means of negative pressure, the suction cups being connectable via suction lines to a suction device for controlling the negative pressure, the suction cups being selectively connectable to the suction device or separable from the suction device individually or in groups by opening or closing at least one suction line via switching devices , one or more of the switching devices for selective opening or closing being actuated according to a specifiable operating mode of the handling device , individual suction cups or suction cup groups which are separated from the suction device via the switching devices being connected, in a sequential suction process, individually one after the other to the suction device via switching devices , until an entirety of the suction cups of the handling device or a maximum number thereof that is dependent on the tool size suctions the workpiece , characterized in that a workpiece is suctioned, during a first suction process, by an entirety of the suction cups or a maximum number thereof that is dependent on the workpiece size, and then checks whether an instantaneous negative pressure value falls below a target negative pressure value, a second suction process then being carried out if the instantaneous negative pressure value falls below the target negative pressure value, the second suction process comprising the sequential suction process.