mhurhangee/patent-ind-claim-en huggingface dataset:
A device for cutting a length of pipe comprising, a clamp portion, said clamp portion including a plurality of pads for contacting a surface of said pipe , said clamp portion extending around said pipe and retaining said pipe against said plurality of pads , a bow moveable with respect to said clamp portion, said bow having a pair of arms with spaced apart outer ends for extending around said pipe , a wheel on each of said outer ends, a cutting wire loop on said wheels , a motor on said bow for rotating said cutting wire loop around said wheels , a take-up wheel on said bow and engaging said cutting wire loop , said take-up wheel applying a tension along said wire, a feed drive connected between said clamp portion and said bow for moving said bow relative to said clamp portion to thereby urge said cutting wire against said pipe , characterised by a detector for detecting a bending of said cutting wire between said outer ends, and a control responding to said detector, and connected to said feed drive wherein a feed rate is varied with cutting wire bending and by said clamp portion including a first and a second moveable arm for extending around said pipe and retaining said pipe against said plurality of pads , said first arm being driven by a first motor and said second arm driven by a second motor, and a mechanical synchronization between said first motor and said second motor wherein said first arm and said second arm move in unison to encircle said length of pipe .
A method of treating a plastic substrate comprising applying a coating composition directly onto at least a portion of a plastic substrate, wherein the coating composition comprises: (i) a film-forming polymer, (ii) an adhesion promoter, and (iii) a triblock copolymer, wherein the (ii) adhesion promoter is a (non)chlorinated polyolefin, wherein one block of the copolymer comprises cycloalkyl(meth)acrylate or aryl(meth)acrylate units, wherein another block of the copolymer comprises hydroxy functional and/or non-hydroxy functional (meth)acrylic acid alkyl esters and a third block of the copolymer comprises (meth)acrylic acid units. (i) a film-forming polymer, (ii) an adhesion promoter, and (iii) a triblock copolymer,
An apparatus comprising: a die with a first side and a second side opposite the first side; a plurality of pillars that are electrically conductive and disposed on the first side of the die , each of the plurality of pillars orthogonal to the first side of the die ; wherein a pitch of the plurality of pillars is less than 200 μm; an embedded multi-die interconnect bridge , EMIB; and one or more sockets coupled to the EMIB via a solder connection ; wherein each socket comprises electrical connectors , a base , and an electrical connection between the electrical connectors and the base , said electrical connectors configured to receive one of said pillars and to bend to allow the pillar to enter the socket , characterised in that said electrical connectors are configured to provide a physical resistance if there is an attempt to extract the pillar from the socket by increasing force against the side of the pillar . a die with a first side and a second side opposite the first side; a plurality of pillars that are electrically conductive and disposed on the first side of the die , each of the plurality of pillars orthogonal to the first side of the die ; wherein a pitch of the plurality of pillars is less than 200 μm; an embedded multi-die interconnect bridge , EMIB; and one or more sockets coupled to the EMIB via a solder connection ; wherein each socket comprises electrical connectors , a base , and an electrical connection between the electrical connectors and the base , said electrical connectors configured to receive one of said pillars and to bend to allow the pillar to enter the socket , characterised in that said electrical connectors are configured to provide a physical resistance if there is an attempt to extract the pillar from the socket by increasing force against the side of the pillar .
A subsea induction heating system comprising a subsea inline heater module configured for heating a subsea hydrocarbon production or processing component , the subsea inline heater module comprising an induction coil configured for generating a variable magnetic field in the component , wherein the system comprising a subsea variable frequency drive configured for energizing the induction coil to achieve a desired temperature in the component .
A polyvinylidene fluoride comprising, based on all monomer units of the polyvinylidene fluoride, 97.0-99.99 mol% of vinylidene fluoride units; and 0.01-3.0 mol% of units of a compound of the formula CH 2 =CH-(CH 2 ) 2 -COOY wherein Y is at least one of an inorganic cation and an organic cation.
An eNB, configured to trigger a user equipment, UE, to aperiodically feed back channel state information in coordinated multipoint transmission, CoMP, the eNB comprising: a transmitter configured to transmit to UE, 1-bit or 2-bit downlink control information signaling and feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling, so that the UE aperiodically feeds back corresponding channel state information according to the downlink control information signaling and the feedback sets corresponding to the downlink control information signaling; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling define conditions for channel state information to be triggered; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling are classified according to a channel state information-RS of non-zero power, or are classified according to channel state information configuration, or are classified according to an interference type; and wherein the number of the feedback sets corresponding to the 1-bit downlink control information signaling is 1, and the number of the feedback sets corresponding to the 2-bit downlink control information signaling is 3 or 2. a transmitter configured to transmit to UE, 1-bit or 2-bit downlink control information signaling and feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling, so that the UE aperiodically feeds back corresponding channel state information according to the downlink control information signaling and the feedback sets corresponding to the downlink control information signaling; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling define conditions for channel state information to be triggered; wherein the feedback sets corresponding to the downlink control information signaling preconfigured via RRC signaling are classified according to a channel state information-RS of non-zero power, or are classified according to channel state information configuration, or are classified according to an interference type; and wherein the number of the feedback sets corresponding to the 1-bit downlink control information signaling is 1, and the number of the feedback sets corresponding to the 2-bit downlink control information signaling is 3 or 2.
A screw clamping device , comprising: a body being a hollow-core cylinder, being subject to axial penetration of a screwdriver ; a fixing unit connected to the body axially and fixed with the screwdriver , the fixing unit being driven for pressing against the body moved axially when the screwdriver is rotating; a pressing unit pressed against the body and adapted to press against a surface of a working object ; a resilient unit disposed between the body and the pressing unit; a clamping unit rotatably connected to the body ; and a connecting unit with an end connected to the pressing unit and another end connected to the clamping unit , wherein the connecting unit drives the clamping unit to rotate while the body is moving axially. a body being a hollow-core cylinder, being subject to axial penetration of a screwdriver ; a fixing unit connected to the body axially and fixed with the screwdriver , the fixing unit being driven for pressing against the body moved axially when the screwdriver is rotating; a pressing unit pressed against the body and adapted to press against a surface of a working object ; a resilient unit disposed between the body and the pressing unit; a clamping unit rotatably connected to the body ; and a connecting unit with an end connected to the pressing unit and another end connected to the clamping unit , wherein the connecting unit drives the clamping unit to rotate while the body is moving axially.
A battery rack , comprising: a plurality of battery packs vertically arranged, each battery pack including a plurality of secondary batteries stacked in a direction, and a pack housing having an internal space to receive the plurality of secondary batteries and having a feed port for supplying a fire extinguishing liquid from a fire extinguishing liquid tank to said battery pack when an internal temperature in said battery pack equals or rises above a predetermined temperature; and a rack case having a receiving space to receive the plurality of battery packs , characterised in that said rack case includes in said receiving space a plurality of rack plates , each having a mounting surface on which the battery pack is mounted, the mounting surface sloping at a predetermined angle with declining height as it goes in the sloping direction, and an extension portion having an end in the sloping direction extending further outward than the lower battery pack . a plurality of battery packs vertically arranged, each battery pack including a plurality of secondary batteries stacked in a direction, and a pack housing having an internal space to receive the plurality of secondary batteries and having a feed port for supplying a fire extinguishing liquid from a fire extinguishing liquid tank to said battery pack when an internal temperature in said battery pack equals or rises above a predetermined temperature; and a rack case having a receiving space to receive the plurality of battery packs , characterised in that said rack case includes in said receiving space a plurality of rack plates , each having a mounting surface on which the battery pack is mounted, the mounting surface sloping at a predetermined angle with declining height as it goes in the sloping direction, and an extension portion having an end in the sloping direction extending further outward than the lower battery pack .
A calibration unit adapted for calibrating a sensor device adapted for detecting analyte molecules in a fluid sample of a subject, the calibration unit comprising: - a calibration matrix having a capture surface with calibration receptors being immobilized thereon adapted for reversibly binding a known amount of the analyte molecules in a fluid sample of the subject, wherein the bound analyte molecules represent calibration molecules usable for calibrating the sensor device; and - a regeneration assembly configured to regenerate the capture surface by releasing the calibration molecules from the capture surface into an aqueous solution to form a calibration fluid for calibrating the sensor device. - a calibration matrix having a capture surface with calibration receptors being immobilized thereon adapted for reversibly binding a known amount of the analyte molecules in a fluid sample of the subject, wherein the bound analyte molecules represent calibration molecules usable for calibrating the sensor device; and - a regeneration assembly configured to regenerate the capture surface by releasing the calibration molecules from the capture surface into an aqueous solution to form a calibration fluid for calibrating the sensor device.
Method of manufacturing a substrate for a radio-frequency device by assembling a piezoelectric layer on a support substrate via an electrically insulating layer, the piezoelectric layer having a roughened surface with a roughness of between 0,3 and 5 μm RMS at its interface with the electrically insulating layer, said roughness being chosen to be of the same order of magnitude as the wavelength of a radio-frequency wave intended to propagate in the piezoelectric layer, so as to reflect a parasitic wave onto said rough surface, said method being characterized in that it comprises the following steps: - providing a piezoelectric substrate with said roughened surface , - depositing a dielectric layer on the roughened surface of the piezoelectric substrate , said dielectric layer comprising a silicon oxide layer, a silicon nitride layer, a layer comprising a combination of nitride and silicon oxide, and/or a superposition of at least one oxide layer and a silicon nitride layer deposited on the piezoelectric substrate by plasma-assisted chemical vapor deposition, or a glass layer spin-coated on the piezoelectric substrate , - providing a support substrate , - depositing a photopolymerizable adhesive layer on the support substrate, - bonding the piezoelectric substrate to the support substrate via the dielectric layer and the adhesive layer , to form an assembled substrate , - irradiating the assembled substrate with a light flux to polymerize the adhesive layer , said adhesive layer and dielectric layer together forming the electrically insulating layer. - providing a piezoelectric substrate with said roughened surface , - depositing a dielectric layer on the roughened surface of the piezoelectric substrate , said dielectric layer comprising a silicon oxide layer, a silicon nitride layer, a layer comprising a combination of nitride and silicon oxide, and/or a superposition of at least one oxide layer and a silicon nitride layer deposited on the piezoelectric substrate by plasma-assisted chemical vapor deposition, or a glass layer spin-coated on the piezoelectric substrate , - providing a support substrate , - depositing a photopolymerizable adhesive layer on the support substrate, - bonding the piezoelectric substrate to the support substrate via the dielectric layer and the adhesive layer , to form an assembled substrate , - irradiating the assembled substrate with a light flux to polymerize the adhesive layer , said adhesive layer and dielectric layer together forming the electrically insulating layer.
A liquid nutritional supplement comprising; a) 0.1 to 3.5 wt % alginate, and b) 35 to 80 wt % active ingredients, where the active ingredients are selected from one or more of the ingredients consisting of sugars, complex carbohydrates, electrolytes, and amino acids. a) 0.1 to 3.5 wt % alginate, and b) 35 to 80 wt % active ingredients, where the active ingredients are selected from one or more of the ingredients consisting of sugars, complex carbohydrates, electrolytes, and amino acids.
A machine for labeling containers, comprising a transfer drum which can move rotatably, about its own axis , with a given peripheral speed and is fed by an unwinding assembly for unwinding a labeling ribbon along the extension of which a plurality of labels are printed continuously, said transfer drum being provided with cutting means , which are mutually angularly spaced apart around its axis and can be activated on command by respective actuation means, in order to carry out the cutting of said labeling ribbon at the separation zone between two consecutive labels , said transfer drum being adapted to transfer, in its rotary motion about its own axis , the individual labels , separated after cutting, in contact with corresponding containers which are moved by a conveyor , said unwinding assembly being drivable by control means which are adapted to command, during the rotation of said transfer drum about its own axis , at least one variation of the feeding speed of said labeling ribbon to said transfer drum by said unwinding assembly , with respect to the peripheral speed of said transfer drum wherein said control means are adapted to command a first and a second slowing of the feeding speed of said labeling ribbon to said transfer drum during the activation of said cutting means characterized in that said control means are adapted to command said at least one first slowing of the feeding speed of said labeling ribbon to said transfer drum immediately after the beginning of the activation of said actuation means of said cutting means and said control means , in the time interval between a second slowing and said first slowing, are adapted to command said unwinding assembly in order to bring the feeding speed of said labeling ribbon to said transfer drum substantially to the same value as the peripheral speed of said transfer drum .
A cover layer for a wound dressing for use in vacuum wound therapy, the cover layer comprising: a central zone defined by a portion of a moisture vapor permeable membrane devoid of any coating deterring the transmission of moisture through the membrane ; a peripheral zone substantially surrounding the central zone , the peripheral zone adapted to provide a seal around a perimeter of a wound bed (W); and characterised by at least one intermediate zone at least partially disposed between the central zone and the peripheral zone , the at least one intermediate zone comprising a substance for imparting a therapeutic effect to the wound bed (W). a central zone defined by a portion of a moisture vapor permeable membrane devoid of any coating deterring the transmission of moisture through the membrane ; a peripheral zone substantially surrounding the central zone , the peripheral zone adapted to provide a seal around a perimeter of a wound bed (W); and characterised by at least one intermediate zone at least partially disposed between the central zone and the peripheral zone , the at least one intermediate zone comprising a substance for imparting a therapeutic effect to the wound bed (W).
Assembly comprising: - an electronic lock , this electronic lock comprising a shell in which there is created a straight channel that extends along an axis of introduction of the key, - an electric contact (100-102) located in a wall of the straight channel, - an electronic key comprising a straight blade that can be introduced into the channel, - an electric terminal (44-46) located on the blade of the key and able, when the key is in an inserted position inside the electronic lock, to come to press directly and mechanically against the electric contact located in the wall of the channel, characterized in that the assembly comprises a group of one or more springs each located either in the electronic lock or in the electronic key, this group of one or more springs being able, on its own, when the hand of the user is removed from the key, to push the blade of the key back from its inserted position to a withdrawn position in which the electric contact (100-102) and the electric terminal (44-46) are mechanically and electrically separated from one another. - an electronic lock , this electronic lock comprising a shell in which there is created a straight channel that extends along an axis of introduction of the key, - an electric contact (100-102) located in a wall of the straight channel, - an electronic key comprising a straight blade that can be introduced into the channel, - an electric terminal (44-46) located on the blade of the key and able, when the key is in an inserted position inside the electronic lock, to come to press directly and mechanically against the electric contact located in the wall of the channel,
A communication method, comprising: sending (S33), by a network device, first indication information, wherein the first indication information is usable by at least two terminals to determine whether to receive a paging message, each of the at least two terminals is a terminal in a radio resource control idle, RRC_IDLE , state or a radio resource control inactive, RRC_INACTIVE, state, and the paging message is used to page a part or all of the at least two terminals, wherein the paging message includes one or two paging record list comprising an identifier of each of the at least two terminals, the identifier comprising at least one first identifier and at least one second identifier, the first identifier is an identifier of the terminal in the RRC_IDLE state, the second identifier is an identifier of the terminal in the RRC_INACTIVE state, and the at least one first identifier and the at least one second identifier are arranged in the one or two paging record list according to a preset rule; and sending (S35), by the network device, the paging message, and (S36) second indication information, wherein the second indication information is used to indicate the preset rule. sending (S33), by a network device, first indication information, wherein the first indication information is usable by at least two terminals to determine whether to receive a paging message, each of the at least two terminals is a terminal in a radio resource control idle, RRC_IDLE , state or a radio resource control inactive, RRC_INACTIVE, state, and the paging message is used to page a part or all of the at least two terminals, wherein the paging message includes one or two paging record list comprising an identifier of each of the at least two terminals, the identifier comprising at least one first identifier and at least one second identifier, the first identifier is an identifier of the terminal in the RRC_IDLE state, the second identifier is an identifier of the terminal in the RRC_INACTIVE state, and the at least one first identifier and the at least one second identifier are arranged in the one or two paging record list according to a preset rule; and sending (S35), by the network device, the paging message, and (S36) second indication information, wherein the second indication information is used to indicate the preset rule.