mhurhangee/patent-ind-claim-en huggingface dataset:
A multi-compartment transport refrigeration system comprising: a compressor having a suction port and a discharge port, the compressor suction port coupled to a compressor inlet path; a heat rejecting heat exchanger downstream of the compressor discharge port; a first evaporator expansion device downstream of the heat rejecting heat exchanger ; a first evaporator having a first evaporator inlet coupled to the first evaporator expansion device and a first evaporator outlet coupled to the compressor inlet path , the first evaporator for cooling a first compartment of a container at a first temperature; a first return air temperature sensor to generate the first temperature; a second evaporator expansion device downstream of the heat rejecting heat exchanger ; a second evaporator having a second evaporator inlet coupled to the second evaporator expansion device and a second evaporator outlet coupled to the compressor inlet path , the second evaporator for cooling a second compartment of the container at a second temperature greater than the first temperature; a second return air temperature sensor to generate the second temperature; and a controller for controlling the first evaporator expansion device in response to a first superheat setpoint and controlling the second evaporator expansion device in response to a second superheat setpoint; characterized in that the controller is configured to adjust the second superheat setpoint in response to the second temperature and the first temperature. a compressor having a suction port and a discharge port, the compressor suction port coupled to a compressor inlet path; a heat rejecting heat exchanger downstream of the compressor discharge port; a first evaporator expansion device downstream of the heat rejecting heat exchanger ; a first evaporator having a first evaporator inlet coupled to the first evaporator expansion device and a first evaporator outlet coupled to the compressor inlet path , the first evaporator for cooling a first compartment of a container at a first temperature; a first return air temperature sensor to generate the first temperature; a second evaporator expansion device downstream of the heat rejecting heat exchanger ; a second evaporator having a second evaporator inlet coupled to the second evaporator expansion device and a second evaporator outlet coupled to the compressor inlet path , the second evaporator for cooling a second compartment of the container at a second temperature greater than the first temperature; a second return air temperature sensor to generate the second temperature; and a controller for controlling the first evaporator expansion device in response to a first superheat setpoint and controlling the second evaporator expansion device in response to a second superheat setpoint; characterized in that the controller is configured to adjust the second superheat setpoint in response to the second temperature and the first temperature.
A battery pack, suitable for a power consumption device , and comprising: a box ; a plurality of battery cells disposed in the box ; and a first connector electrically connected to the plurality of battery cells to output electric energy of the battery pack; wherein an outer surface of the box is provided with a groove , and the first connector is disposed in the groove , so that a second connector of the power consumption device is at least partially located in the groove when butted with the first connector ; wherein a bottom wall of the groove is provided with a first opening , and the first opening is configured for the first connector to pass through to output electric energy of the plurality of battery cells to an outside of the box through the first connector ; wherein the first connector covers the first opening and is hermetically connected to the box to close the first opening ; and wherein the first connector comprises a base and a first connecting end , the base covers the first opening from an inner side of the box , a first surface of the base faces the first opening , and the first connecting end is disposed on the first surface and passes out from the first opening ; wherein the battery further comprises: a fixing member, the fixing member being configured to pass through a first through hole provided on a bottom wall of the groove to be connected to the first connector, so as to fix the first connector to the box. a box ; a plurality of battery cells disposed in the box ; and a first connector electrically connected to the plurality of battery cells to output electric energy of the battery pack; wherein an outer surface of the box is provided with a groove , and the first connector is disposed in the groove , so that a second connector of the power consumption device is at least partially located in the groove when butted with the first connector ; wherein a bottom wall of the groove is provided with a first opening , and the first opening is configured for the first connector to pass through to output electric energy of the plurality of battery cells to an outside of the box through the first connector ; wherein the first connector covers the first opening and is hermetically connected to the box to close the first opening ; and wherein the first connector comprises a base and a first connecting end , the base covers the first opening from an inner side of the box , a first surface of the base faces the first opening , and the first connecting end is disposed on the first surface and passes out from the first opening ; wherein the battery further comprises: a fixing member, the fixing member being configured to pass through a first through hole provided on a bottom wall of the groove to be connected to the first connector, so as to fix the first connector to the box.
A process for making the compound of Formula (I) in crystal form the process comprising the steps of: (a) obtaining a drug solution by combining the compound of Formula (I) or a salt or solvate thereof with a first solvent; (b) optionally combining the drug solution with a second solvent to form a mixture; (c) cooling the mixture; and (d) when the temperature of the mixture is within the range of 0-5 °C above a target temperature, wherein the target temperature is 31 °C to 38 °C, homogenizing the mixture to form crystallized particles of the compound of Formula (I) having a surface area of 0.50 to 3.3 m 2 /g; wherein when step (b) is absent, step (c) comprises cooling the drug solution of step (a), and step (d) comprises homogenizing the drug solution to form crystallized particles of the compound. (a) obtaining a drug solution by combining the compound of Formula (I) or a salt or solvate thereof with a first solvent; (b) optionally combining the drug solution with a second solvent to form a mixture; (c) cooling the mixture; and (d) when the temperature of the mixture is within the range of 0-5 °C above a target temperature, wherein the target temperature is 31 °C to 38 °C, homogenizing the mixture to form crystallized particles of the compound of Formula (I) having a surface area of 0.50 to 3.3 m 2 /g;
A method for the electrically conductive connection of a contact piece to a conductor , which comprises a plurality of individual wires made of aluminum or an aluminum alloy, wherein the method has the steps - insertion (S1) of the conductor into a cavity in the contact piece ; - lowering (S2) a tool for friction stir welding onto the contact piece , wherein the method is characterized by the steps - two-dimensional movement (S3) of the tool for friction stir welding onto the contact piece in a plane, which lies substantially perpendicular to a direction (A), in which the lowering of the tool is carried out, which results in a flat material connection between the contact piece and the conductor . - insertion (S1) of the conductor into a cavity in the contact piece ; - lowering (S2) a tool for friction stir welding onto the contact piece , - two-dimensional movement (S3) of the tool for friction stir welding onto the contact piece in a plane, which lies substantially perpendicular to a direction (A), in which the lowering of the tool is carried out, which results in a flat material connection between the contact piece and the conductor .
A curtain airbag device provided with an airbag that is disposed along a roof side rail of a vehicle interior, and that can deploy so as to cover a window portion on a vehicle side face, the curtain airbag device comprising: a cover member that forms the airbag into an elongate shape by folding or rolling the same and that covers the outer periphery of the airbag at least in part of the airbag in the longitudinal direction, characterized in that the cover member is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least part of the polymer fibers; and in that the cover member is formed to have a high stiffness portion of higher stiffness than that of other portions of the cover member , as a result of partial overlaying of the pliable fabric material in more folds than at other portions. a cover member that forms the airbag into an elongate shape by folding or rolling the same and that covers the outer periphery of the airbag at least in part of the airbag in the longitudinal direction, characterized in that the cover member is formed of a pliable fabric material having a plurality of polymer fibers, and is configured to maintain the shape of the airbag through mutual fusion of at least part of the polymer fibers; and in that the cover member is formed to have a high stiffness portion of higher stiffness than that of other portions of the cover member , as a result of partial overlaying of the pliable fabric material in more folds than at other portions.
A cutting machine to cut panels made of wood or the like, the machine comprising a cutting station ; at least one pusher to move at least one panel through the cutting station in a first direction ; a cutting assembly mounted in the cutting station and movable in a second direction and along a cutting plane (T), which are substantially perpendicular to the first direction , so as to cut the panels ; a support frame defining a support surface (P) for the panels ; and a robotic manipulator to move, on the support surface (P), at least one panel or at least one component (C) separated from the panel by means of the cutting assembly , the robotic manipulator having a gripping unit comprising two support arms parallel to one another, each provided with a first manipulator device movable along the support arm ; and being characterized in that each support arm is further provided with a second manipulator device ; said first and second manipulator devices cooperating with one another so as to move at least one panel or at least one component (C) on or above the support surface (P); the first manipulator device and the second manipulator device of each support arm being movable relative to each other along the support arm .
Process for producing spherical polysilsesquioxane particles, wherein in a first step trialkoxysilane T which contains trialkoxysilanes of general formula (I) RSi(OR 1 ) 3 (I), in which R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent groups -O-, R 1 represents a C 1 - to C 4 -alkyl radical, and contains chlorine compounds, is reacted by mixing with acidified water having a pH of at most 6 to afford a hydrolyzate, in a second step the pH of the hydrolyzate is adjusted to a value of 1 to 6, in a third step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol, and in a fourth step the mixture is stored for at least 2 h before the polysilsesquioxane particles are isolated. R represents a hydrocarbon radical having 1 to 16 carbon atoms whose carbon chain may be interrupted by nonadjacent groups -O-, R 1 represents a C 1 - to C 4 -alkyl radical, and contains chlorine compounds, is reacted by mixing with acidified water having a pH of at most 6 to afford a hydrolyzate, in a second step the pH of the hydrolyzate is adjusted to a value of 1 to 6, in a third step the hydrolyzate is mixed with a solution of a base in water or C 1 - to C 4 -alkanol, and in a fourth step the mixture is stored for at least 2 h before the polysilsesquioxane particles are isolated.
A production method for a poly(vinyl alcohol) having a degree of saponification of 97.0 mol% or more, measured in accordance with section 3.5 of JIS K 6726, the method comprising: a pulverization step of pulverizing a first poly(vinyl alcohol) having a particulate form to obtain a second poly(vinyl alcohol) having an adjusted particle size; and a heating step of heating the second poly(vinyl alcohol), charcterized by an adhering step preceding the heating step, comprising adhering an alcohol or an alcohol and water to a surface of the second poly(vinyl alcohol). a pulverization step of pulverizing a first poly(vinyl alcohol) having a particulate form to obtain a second poly(vinyl alcohol) having an adjusted particle size; and a heating step of heating the second poly(vinyl alcohol), charcterized by an adhering step preceding the heating step, comprising adhering an alcohol or an alcohol and water to a surface of the second poly(vinyl alcohol).
A network device, comprising: one or more memories; and one or more processors configured to: transmit , to a first neighbor network device, information indicating that the network device supports bit indexed explicit replication, BIER, wherein the network device does not support BIER; receive a multicast packet from the first neighbor network device based on transmitting the information indicating that the network device supports BIER, wherein the multicast packet includes a first BIER label associated with the network device; replace the first BIER label included in the multicast packet with a second BIER label associated with a second neighbor network device; and transmit , after replacing the first BIER label included in the multicast packet with the second BIER label, the multicast packet to the second neighbor network device, wherein the second neighbor network device is to tunnel the multicast packet to a third neighbor network device that supports BIER. one or more memories; and one or more processors configured to: transmit , to a first neighbor network device, information indicating that the network device supports bit indexed explicit replication, BIER, wherein the network device does not support BIER; receive a multicast packet from the first neighbor network device based on transmitting the information indicating that the network device supports BIER, wherein the multicast packet includes a first BIER label associated with the network device; replace the first BIER label included in the multicast packet with a second BIER label associated with a second neighbor network device; and transmit , after replacing the first BIER label included in the multicast packet with the second BIER label, the multicast packet to the second neighbor network device, wherein the second neighbor network device is to tunnel the multicast packet to a third neighbor network device that supports BIER. transmit , to a first neighbor network device, information indicating that the network device supports bit indexed explicit replication, BIER, wherein the network device does not support BIER; receive a multicast packet from the first neighbor network device based on transmitting the information indicating that the network device supports BIER, wherein the multicast packet includes a first BIER label associated with the network device; replace the first BIER label included in the multicast packet with a second BIER label associated with a second neighbor network device; and transmit , after replacing the first BIER label included in the multicast packet with the second BIER label, the multicast packet to the second neighbor network device, wherein the second neighbor network device is to tunnel the multicast packet to a third neighbor network device that supports BIER.
A MOLLE and slider attachment compatible clip comprising: - a main body comprising a back side , an inverted V-shaped or inverted U-shaped front side , the inverted V-shaped or inverted U-shaped front side having an open bottom end and being configured to receive a shaft of a slider from the open bottom end, a top side and an open bottom side, wherein the clip is configured to receive a MOLLE strap or a slider attachment element from the open bottom side of the main body ; - a locking element arranged in the main body , the locking element comprising a bottom hook for securing the MOLLE strap or a slider attachment element in a locked position in the main body ; - a pull element connected to the locking element through a top opening of the top side of the main body ; and - a lock control mechanism configured to unlock the MOLLE strap or the slider attachment element from the locked position to an open position by moving the bottom hook towards the back side when the pull element is pulled upwards . - a main body comprising a back side , an inverted V-shaped or inverted U-shaped front side , the inverted V-shaped or inverted U-shaped front side having an open bottom end and being configured to receive a shaft of a slider from the open bottom end, a top side and an open bottom side, wherein the clip is configured to receive a MOLLE strap or a slider attachment element from the open bottom side of the main body ; - a locking element arranged in the main body , the locking element comprising a bottom hook for securing the MOLLE strap or a slider attachment element in a locked position in the main body ; - a pull element connected to the locking element through a top opening of the top side of the main body ; and - a lock control mechanism configured to unlock the MOLLE strap or the slider attachment element from the locked position to an open position by moving the bottom hook towards the back side when the pull element is pulled upwards .
A method of manufacturing solar cells, the method comprising: advancing a solar cell wafer along a curved surface; and applying a vacuum between the curved surface and a bottom surface of the solar cell wafer to flex the solar cell wafer against the curved surface and thereby cleave the solar cell wafer along one or more previously prepared scribe lines to separate a plurality of solar cells from the solar cell wafer, the method further comprising: laser scribing the scribe lines onto the solar cell wafer ; and applying an electrically conductive adhesive bonding material to portions of a top surface of the solar cell wafer prior to cleaving the solar cell wafer along the scribe lines; wherein each cleaved solar cell comprises a portion of the electrically conductive adhesive bonding material disposed along a cleaved edge of its top surface. advancing a solar cell wafer along a curved surface; and applying a vacuum between the curved surface and a bottom surface of the solar cell wafer to flex the solar cell wafer against the curved surface and thereby cleave the solar cell wafer along one or more previously prepared scribe lines to separate a plurality of solar cells from the solar cell wafer, the method further comprising: laser scribing the scribe lines onto the solar cell wafer ; and applying an electrically conductive adhesive bonding material to portions of a top surface of the solar cell wafer prior to cleaving the solar cell wafer along the scribe lines; wherein each cleaved solar cell comprises a portion of the electrically conductive adhesive bonding material disposed along a cleaved edge of its top surface. laser scribing the scribe lines onto the solar cell wafer ; and applying an electrically conductive adhesive bonding material to portions of a top surface of the solar cell wafer prior to cleaving the solar cell wafer along the scribe lines; wherein each cleaved solar cell comprises a portion of the electrically conductive adhesive bonding material disposed along a cleaved edge of its top surface.
A rotor disk assembly for a gas turbine engine, comprising: a rotor disk that defines an axis (A), the rotor disk comprising a tangential blade slot within a rim of the disk ; and a spacer within the tangential blade slot forming a blade slot assembly , characterized in the spacer having one or more clearance features sized to permit rotation of a rotor blade relative to the spacer from an insertion position to an installed position. a rotor disk that defines an axis (A), the rotor disk comprising a tangential blade slot within a rim of the disk ; and a spacer within the tangential blade slot forming a blade slot assembly , characterized in the spacer having one or more clearance features sized to permit rotation of a rotor blade relative to the spacer from an insertion position to an installed position.
An extended release dosage form with an absorption window at the upper gastrointestinal tract comprising an extended release platform and a retention enabling platform; wherein the extended release platform is a pharmaceutical composition comprising a tablet core and a coating membrane, the tablet core comprises a drug-containing layer, and the coating membrane comprises cellulose acetate and copovidone, wherein the weight of the cellulose acetate is 50-70% of the weight of the coating membrane, the weight of the copovidone is 30-50% of the weight of the coating membrane; wherein the retention enabling platform is used for maintaining the extended release platform in the oral cavity, and at least one end of the retention enabling platform is connected with a cover, so that the extended release platform can be retained in the retention enabling platform; the drug-containing layer comprises active pharmaceutical ingredients and excipients, and the active pharmaceutical ingredient is one or more of levodopa and carbidopa. wherein the extended release platform is a pharmaceutical composition comprising a tablet core and a coating membrane, the tablet core comprises a drug-containing layer, and the coating membrane comprises cellulose acetate and copovidone, wherein the weight of the cellulose acetate is 50-70% of the weight of the coating membrane, the weight of the copovidone is 30-50% of the weight of the coating membrane; wherein the retention enabling platform is used for maintaining the extended release platform in the oral cavity, and at least one end of the retention enabling platform is connected with a cover, so that the extended release platform can be retained in the retention enabling platform; the drug-containing layer comprises active pharmaceutical ingredients and excipients, and the active pharmaceutical ingredient is one or more of levodopa and carbidopa.
An energy storage device comprising: a current collector comprising a first surface and a second surface; and a first film of active electrode material, the first film comprising dry fibrillized carbon and binder particles, the first film comprising a third surface adjacent to the first surface of the current collector, wherein the first surface is adhered to the third surface, and wherein the first film is substantially free of solvent impurities; characterized in that the first surface of the current collector is uneven and comprises portions defining pits, wherein majority of the pits range in surface area between 0.5 and 8 square micrometers, surface area of each pit being measured at average level of the first surface. a current collector comprising a first surface and a second surface; and a first film of active electrode material, the first film comprising dry fibrillized carbon and binder particles, the first film comprising a third surface adjacent to the first surface of the current collector, wherein the first surface is adhered to the third surface, and wherein the first film is substantially free of solvent impurities; characterized in that the first surface of the current collector is uneven and comprises portions defining pits, wherein majority of the pits range in surface area between 0.5 and 8 square micrometers, surface area of each pit being measured at average level of the first surface.