mhurhangee/patent-ind-claim-en huggingface dataset:
A reusable waste receptacle comprising an inner flexible container and a rigid outer container , wherein the inner flexible container has an open top end , a closed bottom end and a flexible and collapsible section provided between said open top end and said closed bottom end , said open top end being enclosed by an attachment section , wherein a rigid supporting collar is arranged to attach said attachment section to said rigid outer container , wherein the rigid outer container is formed with at least an open section at the bottom, and wherein the closed bottom end of the inner flexible container can be pressed using a hand such that waste in the inner flexible container is forced out of the open top end and into a waste container , characterised in that a grip section extends from the closed bottom end of the inner flexible container.
A sewing machine comprising: a feed dog partially protruding out up and down from a throat plate to feed a workpiece; a sewing needle configured to perform stitch points on the workpiece by moving up and down; and a shuttle configured to capture an upper thread (U) passed through the sewing needle below the throat plate to be entwined with a lower thread (D), wherein the feed dog includes a top plate having teeth formed on an upper surface thereof, and a support portion , integrally coupled to the top plate , to which a feed operation is input, wherein the top plate includes an insertion hole that the sewing needle penetrates up and down, and a pair of wall portions extending in an up-and-down direction (Z) and width direction (Y) respectively on one side and another side in a feed direction (X) of the workpiece relative to the insertion hole on a lower surface side of the top plate , characterized in that each of the pair of wall portions has an inner side surface facing a lower side of the insertion hole , wherein at least one inner side surface is inclined in a direction away from the insertion hole as approaching downward, and the inner side surfaces of the pair of wall portions face each other in the feed direction (X). a feed dog partially protruding out up and down from a throat plate to feed a workpiece; a sewing needle configured to perform stitch points on the workpiece by moving up and down; and a shuttle configured to capture an upper thread (U) passed through the sewing needle below the throat plate to be entwined with a lower thread (D), wherein the feed dog includes a top plate having teeth formed on an upper surface thereof, and a support portion , integrally coupled to the top plate , to which a feed operation is input, wherein the top plate includes an insertion hole that the sewing needle penetrates up and down, and a pair of wall portions extending in an up-and-down direction (Z) and width direction (Y) respectively on one side and another side in a feed direction (X) of the workpiece relative to the insertion hole on a lower surface side of the top plate , characterized in that each of the pair of wall portions has an inner side surface facing a lower side of the insertion hole , wherein at least one inner side surface is inclined in a direction away from the insertion hole as approaching downward, and the inner side surfaces of the pair of wall portions face each other in the feed direction (X).
Roller shutter installation comprising: - a storage volume for the shutter with a central box closed by side walls and equipped with an inspection hatch accessible from below the box , said inspection hatch consisting of at least one part of a lower side of the box and being pivotable along a first longitudinal edge with respect to the rest of the box between a closed position and an open position; - guiding slides ; and - a slatted apron which is movable between two end positions, respectively: deployed, with the apron being unrolled in the slides , and stored, with the apron being rolled up in the storage volume; characterized in that it comprises an attachment part which is positioned at each longitudinal end of the hatch , movable with respect thereto, and cooperates by elastic nesting, in the closed position, with a bracket placed in the vicinity of the upper part of the slides and protruding from each side wall towards the inside of the box . - a storage volume for the shutter with a central box closed by side walls and equipped with an inspection hatch accessible from below the box , said inspection hatch consisting of at least one part of a lower side of the box and being pivotable along a first longitudinal edge with respect to the rest of the box between a closed position and an open position; - guiding slides ; and - a slatted apron which is movable between two end positions, respectively: deployed, with the apron being unrolled in the slides , and stored, with the apron being rolled up in the storage volume;
A method, comprising: receiving , by a system including circuitry comprised in a device, a first modulated signal in a first spectral segment directed to a mobile communication device, wherein the first modulated signal conforms to a signaling protocol; converting , by the system, the first modulated signal in the first spectral segment to the first modulated signal at a first carrier frequency based on a signal processing of the first modulated signal and without modifying the signaling protocol of the first modulated signal, wherein the first carrier frequency is outside the first spectral segment; transmitting , by the system, instructions in a control channel to direct a network element of a distributed antenna system to convert the first modulated signal at the first carrier frequency to the first modulated signal in the first spectral segment; and transmitting , by the system, a first reference signal and a clock signal with the first modulated signal at the first carrier frequency to the network element of the distributed antenna system, wherein the clock signal synchronizes timing of digital control channel processing of the network element to recover the instructions from the control channel, wherein the first reference signal is a continuous wave signal at a correct frequency and phase to reconvert the first modulated signal at the first carrier frequency to the first modulated signal in the first spectral segment and wherein the clock signal is transmitted by modulating the first reference signal. receiving , by a system including circuitry comprised in a device, a first modulated signal in a first spectral segment directed to a mobile communication device, wherein the first modulated signal conforms to a signaling protocol; converting , by the system, the first modulated signal in the first spectral segment to the first modulated signal at a first carrier frequency based on a signal processing of the first modulated signal and without modifying the signaling protocol of the first modulated signal, wherein the first carrier frequency is outside the first spectral segment; transmitting , by the system, instructions in a control channel to direct a network element of a distributed antenna system to convert the first modulated signal at the first carrier frequency to the first modulated signal in the first spectral segment; and transmitting , by the system, a first reference signal and a clock signal with the first modulated signal at the first carrier frequency to the network element of the distributed antenna system, wherein the clock signal synchronizes timing of digital control channel processing of the network element to recover the instructions from the control channel, wherein the first reference signal is a continuous wave signal at a correct frequency and phase to reconvert the first modulated signal at the first carrier frequency to the first modulated signal in the first spectral segment and wherein the clock signal is transmitted by modulating the first reference signal.
An X-ray imaging system, comprising a target; an electron beam source configured to provide an electron beam for interaction with the target to generate X-ray radiation; electron optics configured to alternately direct the electron beam to at least a first and a second location on the target; an X-ray detector array configured to receive X-ray radiation generated at the first and second locations on the target; a sample position region for receiving a sample to be exposed to generated X-ray radiation, the sample position region being located in a region where X-ray radiation generated at the first location overlaps with X-ray radiation generated at the second location; and a processing unit coupled to the X-ray detector array, the processing unit being configured to create an image of a sample, positioned in the sample position region, based on the X-ray radiation originating from the first location and from the second location; wherein the x-ray detector array and the electron beam source are configured such that it can be determined if the x-ray radiation received by the x-ray detector at any one instant originates from the first location or from the second location on the target; and characterized in that a time between successive exposures of each of said first and second locations, respectively, is less than 10 μs. a target; an electron beam source configured to provide an electron beam for interaction with the target to generate X-ray radiation; electron optics configured to alternately direct the electron beam to at least a first and a second location on the target; an X-ray detector array configured to receive X-ray radiation generated at the first and second locations on the target; a sample position region for receiving a sample to be exposed to generated X-ray radiation, the sample position region being located in a region where X-ray radiation generated at the first location overlaps with X-ray radiation generated at the second location; and a processing unit coupled to the X-ray detector array, the processing unit being configured to create an image of a sample, positioned in the sample position region, based on the X-ray radiation originating from the first location and from the second location; wherein the x-ray detector array and the electron beam source are configured such that it can be determined if the x-ray radiation received by the x-ray detector at any one instant originates from the first location or from the second location on the target; and characterized in that a time between successive exposures of each of said first and second locations, respectively, is less than 10 μs.
An insulation compression reduction assembly for reducing compression of an insulating material surrounding a horizontally extending pipe supported by a U-shaped pipe support , the compression reduction assembly comprising: a base pressure skate element sized and shaped to fit within the pipe support ; a pipe holder structure sized and shaped to be received within the pipe support and to rest against an outer surface of the horizontally extending pipe ; and a spacing element being received within the pipe support and connecting the base pressure skate element and the pipe holder structure and forming an offset spacing therebetween; characterized in that : the base pressure skate element comprises a slotted portion configured to receive the spacing element ; the pipe holder structure comprises a slotted portion configured to receive the spacing element ; and the spacing element can be snapfittedly connected through snapfit connections to the base pressure skate element and the pipe holder structure . a base pressure skate element sized and shaped to fit within the pipe support ; a pipe holder structure sized and shaped to be received within the pipe support and to rest against an outer surface of the horizontally extending pipe ; and a spacing element being received within the pipe support and connecting the base pressure skate element and the pipe holder structure and forming an offset spacing therebetween; the base pressure skate element comprises a slotted portion configured to receive the spacing element ; the pipe holder structure comprises a slotted portion configured to receive the spacing element ; and the spacing element can be snapfittedly connected through snapfit connections to the base pressure skate element and the pipe holder structure .
A memristor-based circuit for replicating a resistance of a source memristor (M S ) in a resistance of a destination memristor (M D ), comprising: a destination memristor (M D ); a voltage generator arranged to apply a series of voltage pulses to the destination memristor (M D ) to incrementally change a resistance of the destination memristor (M D ); and a comparator arranged to receive an input electrical value, to receive an electrical value based on the resistance of the destination memristor (M D ), to compare the received values, and based on the comparison to enable the application of the series of voltage pulses to the destination memristor (M D ) by the voltage generator until a defined condition is satisfied, characterized by the memristor-based circuit further comprising a source memristor (M S ) in a potential divider circuit (M S , R SL ) to provide an input voltage as said input electrical value, wherein the resistance of the source memristor (M S ) is replicated in the resistance of the destination memristor (M D ). a destination memristor (M D ); a voltage generator arranged to apply a series of voltage pulses to the destination memristor (M D ) to incrementally change a resistance of the destination memristor (M D ); and a comparator arranged to receive an input electrical value, to receive an electrical value based on the resistance of the destination memristor (M D ), to compare the received values, and based on the comparison to enable the application of the series of voltage pulses to the destination memristor (M D ) by the voltage generator until a defined condition is satisfied, characterized by the memristor-based circuit further comprising a source memristor (M S ) in a potential divider circuit (M S , R SL ) to provide an input voltage as said input electrical value, wherein the resistance of the source memristor (M S ) is replicated in the resistance of the destination memristor (M D ).
A polishing composition, comprising: an abrasive; optionally, a pH adjuster; a barrier film removal rate enhancer; a TEOS removal rate inhibitor; a cobalt removal rate enhancer; an azole-containing corrosion inhibitor; and a cobalt corrosion inhibitor; wherein the barrier film removal rate enhancer is different from the cobalt removal rate enhancer. an abrasive; optionally, a pH adjuster; a barrier film removal rate enhancer; a TEOS removal rate inhibitor; a cobalt removal rate enhancer; an azole-containing corrosion inhibitor; and a cobalt corrosion inhibitor; wherein the barrier film removal rate enhancer is different from the cobalt removal rate enhancer.
A jigsaw comprising: a housing containing a motor activated by a trigger assembly ; a control member connected to the housing, the control member configured to be accessible by a user and operable to be positioned among a plurality of positions ; and a reciprocating shaft that moves at a reciprocation speed and at a magnitude of orbital motion when said trigger assembly is in a retracted condition; characterised in that said control member is a single control member arranged to control said reciprocation speed and said magnitude of orbital motion, each of said positions corresponding to a predetermined combination of values of said reciprocation speed and said magnitude of orbital motion. a housing containing a motor activated by a trigger assembly ; a control member connected to the housing, the control member configured to be accessible by a user and operable to be positioned among a plurality of positions ; and a reciprocating shaft that moves at a reciprocation speed and at a magnitude of orbital motion when said trigger assembly is in a retracted condition; characterised in that said control member is a single control member arranged to control said reciprocation speed and said magnitude of orbital motion, each of said positions corresponding to a predetermined combination of values of said reciprocation speed and said magnitude of orbital motion.
A composite structure comprising at least two nonwoven, polymeric layers bonded to each other, wherein each nonwoven, polymeric layer comprises polymer resin, wherein the polymer resin consists essentially of polypropylene, wherein the composite structure has one or more of the following physical and mechanical properties: (i) a hydrostatic head, HSH, ranging from 400 mm to 1000 mm, measured according to AATCC 127; (ii) an air permeability ranging from 400 l/m 2 s to 900 l/m 2 s, measured according to ASTM D-737; (iii) a MD tensile strength ranging from 95.0 N/5 cm to 120.0 N/5 cm, measured according to ISO 9073-3:1989; (iv) a CD tensile strength ranging from 40.0 N/5 cm to 60.0 N/ 5 cm, measured according to ISO 9073-3:1989; (v) a MD elongation ranging from 60 % to 120 %, measured according to ISO 9073-3:1989; and (vi) a CD elongation ranging from 60 % to 120 %, measured according to ISO 9073-3:1989; and wherein at least one of the nonwoven, polymeric layers is spunbonded (S) , and at least one of the nonwoven, polymeric layers is meltbown (M) , further wherein: - the S layer or each of the S layers comprise inorganic particulate filler in an amount from 3 to 16 % by weight of the S layer; - the M layer or each of the M layers comprises less inorganic particulate filler than the S layers; and wherein the inorganic particulate filler is coated with one or more fatty acids or salts or esters thereof; the amounts of filler include the weight of the coating. (i) a hydrostatic head, HSH, ranging from 400 mm to 1000 mm, measured according to AATCC 127; (ii) an air permeability ranging from 400 l/m 2 s to 900 l/m 2 s, measured according to ASTM D-737; (iii) a MD tensile strength ranging from 95.0 N/5 cm to 120.0 N/5 cm, measured according to ISO 9073-3:1989; (iv) a CD tensile strength ranging from 40.0 N/5 cm to 60.0 N/ 5 cm, measured according to ISO 9073-3:1989; (v) a MD elongation ranging from 60 % to 120 %, measured according to ISO 9073-3:1989; and (vi) a CD elongation ranging from 60 % to 120 %, measured according to ISO 9073-3:1989; and wherein at least one of the nonwoven, polymeric layers is spunbonded (S) , and at least one of the nonwoven, polymeric layers is meltbown (M) , further wherein: - the S layer or each of the S layers comprise inorganic particulate filler in an amount from 3 to 16 % by weight of the S layer; - the M layer or each of the M layers comprises less inorganic particulate filler than the S layers; and - the S layer or each of the S layers comprise inorganic particulate filler in an amount from 3 to 16 % by weight of the S layer; - the M layer or each of the M layers comprises less inorganic particulate filler than the S layers; and wherein the inorganic particulate filler is coated with one or more fatty acids or salts or esters thereof; the amounts of filler include the weight of the coating.
Dental unit, for example a dental chair, having a water supply means for supplying water to a tapping point and/or a dental tool, wherein the water supply means comprises a water filtering unit and a water disinfection unit , wherein the water filtering unit is arranged downstream with respect to the water disinfection unit , characterized in that the water disinfection unit is a thermal water disinfection unit that is configured to generate hot water at a temperature such that the water temperature at the tapping point and/or the dental tool is sufficiently high to kill bacteria, wherein the hot water has a temperature higher than 50°C, wherein the water supply means does not make use of any chemical disinfection product.
Method for communicating in a communication network comprising nodes provided with radio and PLC communication means, a data concentrator, and the nodes provided with radio and PLC communication means forming a mesh communication network, the nodes comprising nodes provided with radio and PLC communication means fulfilling a role of relay for increasing the range of the communications in the mesh communication network, the nodes provided with radio and PLC communication means communicating by means of a predetermined communication protocol, processing broadcast messages and processing authentication requests from other nodes, characterised in that the system further comprises nodes provided with solely radio communication means able to communicate partly in accordance with the same protocol used by the nodes provided with radio and PLC communication means, and in that the method comprises the steps, performed by each node provided with solely radio communication means, of: - receiving (E700) broadcast messages, - not processing (E701) the broadcast messages, - receiving (E702) join-request messages, - not processing (E703) the join-request messages. - receiving (E700) broadcast messages, - not processing (E701) the broadcast messages, - receiving (E702) join-request messages, - not processing (E703) the join-request messages.
A production sequence optimizing method that classifies a plurality of production programs which are continuously executed using a production line (L) into a plurality of groups N-th, (N+1)-th, ..., N being a natural number, in which resources used for production are shared and whereby the production is switched from the N-th group to the (N+1)-th group, comprising: a resource number counting step of counting the number of all resources held in stock; wherein the resource is a feeder in which a tape having electronic components arranged thereon is detachably provided, and the feeder is detachably provided in an electronic component mounting machine , characterized in that : the feeders are individually replaced in the electronic component mounting machine in a setup operation, and the feeders are allocated to each of the groups in a resource allocation step, whereby the following Expression is satisfied: X 0 − X 1 + X 3 ≥ X 2 with X0 being the number of all feeders , X1 being the number of feeders required for the N-th group, X2 being the number of feeders required for the (N+1)-th group, and X3 being the number of feeders shared by the N-th group and the (N+1)-th group. a resource number counting step of counting the number of all resources held in stock; wherein the resource is a feeder in which a tape having electronic components arranged thereon is detachably provided, and the feeder is detachably provided in an electronic component mounting machine , characterized in that : the feeders are individually replaced in the electronic component mounting machine in a setup operation, and the feeders are allocated to each of the groups in a resource allocation step, whereby the following Expression is satisfied: X 0 − X 1 + X 3 ≥ X 2 the feeders are individually replaced in the electronic component mounting machine in a setup operation, and the feeders are allocated to each of the groups in a resource allocation step, whereby the following Expression is satisfied: X 0 − X 1 + X 3 ≥ X 2 with X0 being the number of all feeders , X1 being the number of feeders required for the N-th group, X2 being the number of feeders required for the (N+1)-th group, and X3 being the number of feeders shared by the N-th group and the (N+1)-th group.