mhurhangee/patent-ind-claim-en huggingface dataset:
A latex composition formed by adding an aqueous solution of an aluminum compound to a latex of a carboxyl group-containing synthetic polyisoprene and/or a carboxyl group-containing styrene-isoprene-styrene block copolymer, wherein the aqueous solution of the aluminum compound has a pH of 5 to 13.
A processor-readable medium, having stored thereon processor-executable instructions which, when executed by a processor, cause the processor to detect physiological movement of a user , the processor-executable instructions comprising: instructions to control producing, via a speaker coupled to an electronic processing device , a sound signal in a vicinity that includes the user ; instructions to control sensing, via a microphone coupled to the electronic processing device , a sound signal reflected from the user ; instructions to process the sensed sound signal; and instructions to detect a breathing signal from the processed sound signal, wherein the sound signal comprises a continuous wave (CW) signal that uses a single continuous sinusoidal tone. instructions to control producing, via a speaker coupled to an electronic processing device , a sound signal in a vicinity that includes the user ; instructions to control sensing, via a microphone coupled to the electronic processing device , a sound signal reflected from the user ; instructions to process the sensed sound signal; and instructions to detect a breathing signal from the processed sound signal, wherein the sound signal comprises a continuous wave (CW) signal that uses a single continuous sinusoidal tone.
An electrolyte for the electrodeposition of chromium comprising: (A) from 10 to 25 wt% water; (B) at least one chromium salt; (C) at least one complexing agent selected from acetamide, urea, ethylene glycol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, glycerol, quaternary ammonium halide, or choline chloride, wherein the molar ratio of components B:C is in the range of 1:1 to 1:50; and (D) at least one bromide or iodide salt, wherein the salt present is in a concentration of from 0.05 to 0.2 mol dm -3 . (A) from 10 to 25 wt% water; (B) at least one chromium salt; (C) at least one complexing agent selected from acetamide, urea, ethylene glycol, 1,3-propanediol, 1,4-butanediol, 1,5-pentanediol, 1,6-hexanediol, glycerol, quaternary ammonium halide, or choline chloride, wherein the molar ratio of components B:C is in the range of 1:1 to 1:50; and (D) at least one bromide or iodide salt, wherein the salt present is in a concentration of from 0.05 to 0.2 mol dm -3 .
An X-ray tube with an anode that conducts a high voltage and heats up during operation, wherein the anode is connected in a thermally conductive way to a heat sink having a base body (10.4) composed of a metal with a heat absorbing surface (12.4) for coupling to the anode as a heat source and a heat dissipating surface (14.4) enlarged by means of heat dissipating elements (16.4) connected to the base body (10.4), wherein the heat dissipating elements (16.4) are composed of an electrically insulating material having a thermal conductivity on the same order of magnitude as that of the metal of the base body (10.4), wherein the X-ray tube comprises an insulating medium surrounding the heat dissipating elements (16.4), wherein the heat dissipating elements (16.4) have a height (H) starting from the base body (10.4) of the heat sink so that taking into account the high voltage and the insulating medium surrounding the heat dissipating elements (16.4), there is a sufficient insulation breakdown resistance relative to the surroundings of the X-ray tube , wherein the base body (10.4) is a body of rotation with an inner surface (12.4) of an axially extending recess adapted for coupling to the anode as the heat source, wherein the heat dissipating elements (16.4) are plate-shaped, characterized in that for each heat dissipating element (16.4), the base body (10.4) has a corresponding socket (18.4), which is dimensioned to accommodate (18.4) a connecting section (20.4) of each of the heat dissipating elements (16.4), the base body (10.4) has an outer surface (14.4) as part of the heat dissipating surface has the sockets (18.4) for the heat dissipating elements (16.4), and a heat dissipating element (16.4) is inserted into each of the sockets (18.4), the sockets (18.4) are axially extending slots or grooves into which are inserted the plate-shaped ceramic elements serving as the heat dissipating elements (16.4), the heat dissipating elements (16.4) are connected to the base body (10.4) in that the respective connecting section (20.4) is fastened in the associated socket (18.4) by means of a press fit or clamping.
A light emitting diode (D), comprising: a first electrode in a first pixel (GP); a first emitting layer positioned on the first electrode and in the first pixel (GP) and including a first amorphous oxide semiconductor material and a first quantum dot , wherein the first amorphous oxide semiconductor material includes an indium atom, a gallium atom and a zinc atom; and a second electrode covering the first emitting layer . a first electrode in a first pixel (GP); a first emitting layer positioned on the first electrode and in the first pixel (GP) and including a first amorphous oxide semiconductor material and a first quantum dot , wherein the first amorphous oxide semiconductor material includes an indium atom, a gallium atom and a zinc atom; and a second electrode covering the first emitting layer .
An apparatus of a high-efficiency, HE, access point , the apparatus comprising memory; and processing circuitry coupled to the memory, the processing circuity configured to: decode responses to a random-access trigger frame, wherein one of the responses is a response from an unassociated station; encode an acknowledgement to acknowledge receipt of the response from the unassociated station, wherein the acknowledgement comprises an indication that the acknowledgement is for the unassociated station, and wherein the acknowledgement further comprises a media access control, MAC, address of the unassociated station in a field of the acknowledgement other than a field in a MAC header portion of the acknowledgement; and configure the HE access point to transmit the acknowledgement. decode responses to a random-access trigger frame, wherein one of the responses is a response from an unassociated station; encode an acknowledgement to acknowledge receipt of the response from the unassociated station, wherein the acknowledgement comprises an indication that the acknowledgement is for the unassociated station, and wherein the acknowledgement further comprises a media access control, MAC, address of the unassociated station in a field of the acknowledgement other than a field in a MAC header portion of the acknowledgement; and configure the HE access point to transmit the acknowledgement.
An eye protection device , comprising: a welding activity detection circuit that is configured to detect welding activity; and a filter driver that is configured to: (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that the filter driver is configured to: (iii) control a transition period from (a) a beginning of transition of the optical filter from the darkened state to the undarkened state to (b) an end of transition of the optical filter from the darkened state to the undarkened state to include a user-selected gradient. a welding activity detection circuit that is configured to detect welding activity; and a filter driver that is configured to: (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that (i) control a controllable optical filter to be in an undarkened state if the welding activity detection circuit does not detect welding activity, (ii) control the optical filter to be in a darkened state if the welding activity detection circuit detects welding activity, characterized in that the filter driver is configured to: (iii) control a transition period from (a) a beginning of transition of the optical filter from the darkened state to the undarkened state to (b) an end of transition of the optical filter from the darkened state to the undarkened state to include a user-selected gradient.
A paging method , comprising: receiving (S210), by a terminal device , a paging message transmitted by an access network device, the paging message comprising first indication information, and the first indication information being used to indicate that delay in return of a paging response message is allowed; determining (S220), by the terminal device, whether to delay returning the paging response message; and in a case of determining to delay returning the paging response message, determining, by the terminal device, a delay time of the paging response message according to second time information for delaying returning the paging response message, the second time information being configured by a core network device during network registration of the terminal device. receiving (S210), by a terminal device , a paging message transmitted by an access network device, the paging message comprising first indication information, and the first indication information being used to indicate that delay in return of a paging response message is allowed; determining (S220), by the terminal device, whether to delay returning the paging response message; and in a case of determining to delay returning the paging response message, determining, by the terminal device, a delay time of the paging response message according to second time information for delaying returning the paging response message, the second time information being configured by a core network device during network registration of the terminal device.
A method for decoding a vehicle to X, V2X, signal transmitted based on a transmit diversity scheme in a wireless communication system, the method comprising: receiving (S10) sidelink control information, SCI, through a physical sidelink control channel, PSCCH, said method being characterized by : determining (S210) a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining (S220) a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding (S230) the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied. receiving (S10) sidelink control information, SCI, through a physical sidelink control channel, PSCCH, said method being characterized by : determining (S210) a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining (S220) a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding (S230) the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied. determining (S210) a first cyclic shift, CS, value of a first demodulation reference signal, DM-RS, associated with a first antenna port based on a cyclic redundancy check. CRC, of the SCI, and determining (S220) a second CS value of a second DM-RS associated with a second antenna port based on reserved bits of the SCI; and decoding (S230) the V2X signal transmitted through the first antenna port and the second antenna port based on the first DM-RS to which the first CS value has been applied and the second DM-RS to which the second CS value has been applied.
A method for manufacturing a low-shrinkage, high-strength, and large-size ceramic plate, the ceramic plate having a size of (1100 to 1260) mm * (2200 to 2500) mm * (3 to 6) mm, wherein the ceramic plate includes a porcelain product and a vitrified tile product, the porcelain product having a shrinkage of 5 to 8%, a bending strength of 55 to 68 MPa, and a water absorption of less than 0.5%, and the vitrified tile product having a shrinkage of 1 to 5%, a bending strength of 40 to 55 MPa, and a water absorption of 0.5 to 10%, the method comprising the steps of: preparing a ceramic raw material powder; subjecting an acicular wollastonite having an aspect ratio of 10 to 18 to surface coating with a silane coupling agent and to pre-dispersion with a fumed silica to obtain a pre-treated acicular wollastonite; and thoroughly mixing the ceramic raw material powder and the pre-treated acicular wollastonite, and granulating the resulting mixture by a dry granulation process, the amount of the pre-treated acicular wollastonite added being 10 wt% to 30 wt% of the ceramic raw material powder, and subjecting the resulting granules to dry pressing and sintering to obtain the low-shrinkage, high-strength, and large-size ceramic plate. preparing a ceramic raw material powder; subjecting an acicular wollastonite having an aspect ratio of 10 to 18 to surface coating with a silane coupling agent and to pre-dispersion with a fumed silica to obtain a pre-treated acicular wollastonite; and thoroughly mixing the ceramic raw material powder and the pre-treated acicular wollastonite, and granulating the resulting mixture by a dry granulation process, the amount of the pre-treated acicular wollastonite added being 10 wt% to 30 wt% of the ceramic raw material powder, and subjecting the resulting granules to dry pressing and sintering to obtain the low-shrinkage, high-strength, and large-size ceramic plate.
A nonaqueous inkjet ink composition comprising: a binder resin, a pigment, a pigment dispersant, and an organic solvent, wherein, as the organic solvent, diethylene glycol ethyl methyl ether is contained by 40 to 80 percent by mass in the nonaqueous inkjet ink composition along with propylene carbonate contained by 7 to 50 percent by mass in the nonaqueous inkjet ink composition, excluding any composition that contains acetylene surface-active agent, wherein the nonaqueous inkjet ink composition further comprises, as an organic solvent, an alkylene glycol derivative whose flash point is 50 to 150°C or higher, and wherein the binder resin contains an acrylic resin and at least one type of vinyl polymer selected from the group consisting of vinyl chloride polymer, vinyl chloride-vinyl acetate copolymer, and ethylene-vinyl acetate copolymer. a binder resin, a pigment, a pigment dispersant, and an organic solvent, wherein, as the organic solvent, diethylene glycol ethyl methyl ether is contained by 40 to 80 percent by mass in the nonaqueous inkjet ink composition along with propylene carbonate contained by 7 to 50 percent by mass in the nonaqueous inkjet ink composition, excluding any composition that contains acetylene surface-active agent, wherein the nonaqueous inkjet ink composition further comprises, as an organic solvent, an alkylene glycol derivative whose flash point is 50 to 150°C or higher, and wherein the binder resin contains an acrylic resin and at least one type of vinyl polymer selected from the group consisting of vinyl chloride polymer, vinyl chloride-vinyl acetate copolymer, and ethylene-vinyl acetate copolymer.
Strawberry growing tray comprising an upper face and at least one row of cup-shaped recesses , as well as a ridge extending along the row and extending upwards with respect to said upper face, CHARACTERIZED IN THAT the ridge extends with constant contour over the entire length of the tray, and has a side face for guiding scissors or cutting knife, offering support in transverse direction; wherein all ridges have the same orientation.
A central lubricating station for lubricating at least two machine parts, comprising: - a container base holding at least two replaceable containers , each replaceable container holding at least one type of lubricant; and - one or more pump(s) configured for pumping at least one type of lubricant interchangeably from the at least two replaceable containers to the at least two machine parts; and - a motor configured for driving the one or more pumps , wherein the container base is configured for transferring lubricant from one replaceable container to another replaceable container, such that lubricant in any of the containers is prevented from sedimenting. - a container base holding at least two replaceable containers , each replaceable container holding at least one type of lubricant; and - one or more pump(s) configured for pumping at least one type of lubricant interchangeably from the at least two replaceable containers to the at least two machine parts; and - a motor configured for driving the one or more pumps , wherein the container base is configured for transferring lubricant from one replaceable container to another replaceable container, such that lubricant in any of the containers is prevented from sedimenting.
Method for controlling the functions of set of booms or of a tree-processing device attached to it, in which method - determining and/or estimating the attitude or state, relative to at least one degree of freedom of the set of booms , - determining a momentary operating state of the tree-processing device , - controlling the tree-processing device using first control means, - controlling the set of booms using second control means , in which method either the set of booms or the tree-processing device is an operating unit and the other is correspondingly a control unit, in which method at least one pre-recorded function of the operating unit is defined in a memory and is bound to a first input created by an operator for the operating unit, and: - selecting the pre-recorded function of the operating unit automatically from the memory on the basis of the first input created by the operator, - forming a second input on basis of the determined momentary operating state of the control unit, which contains a conditional criterion for initiating selected pre-recorded function of the operating unit, - initiating the selected pre-recorded function of the operating unit automatically when the conditional criterion of the second input is met, - performing the selected pre-recorded function of the operating unit initiated by the second input , wherein the method takes place in connection with the event of felling a tree and said selected pre-recorded function of the operating unit is performed automatically, characterized in that the criterion is a change in the operating state of the tree-processing device . - determining and/or estimating the attitude or state, relative to at least one degree of freedom of the set of booms , - determining a momentary operating state of the tree-processing device , - controlling the tree-processing device using first control means, - controlling the set of booms using second control means , - selecting the pre-recorded function of the operating unit automatically from the memory on the basis of the first input created by the operator, - forming a second input on basis of the determined momentary operating state of the control unit, which contains a conditional criterion for initiating selected pre-recorded function of the operating unit, - initiating the selected pre-recorded function of the operating unit automatically when the conditional criterion of the second input is met, - performing the selected pre-recorded function of the operating unit initiated by the second input ,
A method performed by a User Equipment having a first wireless interface for establishing a communication link with an eNodeB of an LTE Radio Access Network, and a second wireless interface for establishing a communication link with a Wi-Fi Access Point , the method comprising the steps of receiving, by the User Equipment Packet Data Units, PDUs, encoded using the Packet Data Convergence Protocol, PDCP, via the second wireless interface; deriving, by the User Equipment , PDCP sequence numbers from the successfully received PDCP PDUs; from the derived PDCP sequence numbers deriving , by the User Equipment , missing PDCP sequence numbers and the number of missing PDCP sequence numbers, and sending to the eNodeB , by the User Equipment in response to an event, a PDCP Status Report derived at least in part from the sequence numbers of the successfully received PDCP PDUs characterised in that the event is that an average ratio of a number of successfully received PDCP PDUs to a total number of PDCP PDUs expected by the UE falls below a pre-define threshold, wherein the total number of PDCP PDUs expected by the UE is based on the number of missing PDCP sequence numbers. receiving, by the User Equipment Packet Data Units, PDUs, encoded using the Packet Data Convergence Protocol, PDCP, via the second wireless interface; deriving, by the User Equipment , PDCP sequence numbers from the successfully received PDCP PDUs; from the derived PDCP sequence numbers deriving , by the User Equipment , missing PDCP sequence numbers and the number of missing PDCP sequence numbers, and sending to the eNodeB , by the User Equipment in response to an event, a PDCP Status Report derived at least in part from the sequence numbers of the successfully received PDCP PDUs characterised in that the event is that an average ratio of a number of successfully received PDCP PDUs to a total number of PDCP PDUs expected by the UE falls below a pre-define threshold, wherein the total number of PDCP PDUs expected by the UE is based on the number of missing PDCP sequence numbers.
Premix gas burner comprising - a metal mounting plate for mounting the premix gas burner in a heating appliance; - a metal plate structure and - a burner deck , wherein the burner deck comprises - and preferably consists out of - a woven wire mesh on the outer surface of which premix gas is combusted after the premix gas has flown through the woven wire mesh; wherein the woven wire mesh comprises a circumferential edge ; wherein the circumferential edge comprises a plurality of tabs , wherein the mounting plate comprises a central opening; wherein the burner deck is inserted through the central opening; wherein the metal mounting plate or the metal plate structure comprises at least one ridge ; wherein the at least one ridge comprises at least one notch ; wherein each of the tabs is positioned in a notch wherein the metal mounting plate and the metal plate structure are in contact with each other at the top of the ridge , such that the open side of the at least one notch is covered; and such that the tabs are held in between the metal mounting plate and the metal plate structure with play being present of the tabs relative to the metal mounting plate and relative to the metal plate structure . - a metal mounting plate for mounting the premix gas burner in a heating appliance; - a metal plate structure and - a burner deck , wherein the woven wire mesh comprises a circumferential edge ; wherein the circumferential edge comprises a plurality of tabs , wherein the mounting plate comprises a central opening; wherein the burner deck is inserted through the central opening; wherein the metal mounting plate or the metal plate structure comprises at least one ridge ; wherein the at least one ridge comprises at least one notch ; wherein each of the tabs is positioned in a notch wherein the metal mounting plate and the metal plate structure are in contact with each other at the top of the ridge , such that the open side of the at least one notch is covered; and such that the tabs are held in between the metal mounting plate and the metal plate structure with play being present of the tabs relative to the metal mounting plate and relative to the metal plate structure .