mhurhangee/patent-ind-claim-en huggingface dataset:
Conveying device for rod-shaped smoking articles comprising - a store in which the rod-shaped smoking articles are stored in a stack so as to have longitudinal axes aligned in parallel with one another, and - a drum assembly having at least one first drum that has troughs which are open towards an outside and can be subjected to negative pressure in order to receive the rod-shaped smoking articles which are fed from the store , - an ejection device which is actuated according to a signal from the sensor device , - a guide channel and a sensor device being provided between the store and the drum assembly, - the rod-shaped smoking articles being guided, so as to have longitudinal axes aligned in parallel with one another, in the guide channel in a single-row strip having a width corresponding to the length of the rod-shaped smoking articles , - the sensor device being directed at the rod-shaped smoking articles in the strip and detecting predetermined parameters of the rod-shaped smoking articles , characterised in that - the ejection device is arranged downstream of the sensor device with respect to the transport movement of the rod-shaped smoking articles , between the store and the drum assembly, and - a rolling device is provided which rotates the rod-shaped smoking articles located in a detection region of the sensor device about their longitudinal axes. - a store in which the rod-shaped smoking articles are stored in a stack so as to have longitudinal axes aligned in parallel with one another, and - a drum assembly having at least one first drum that has troughs which are open towards an outside and can be subjected to negative pressure in order to receive the rod-shaped smoking articles which are fed from the store , - an ejection device which is actuated according to a signal from the sensor device , - a guide channel and a sensor device being provided between the store and the drum assembly, - the rod-shaped smoking articles being guided, so as to have longitudinal axes aligned in parallel with one another, in the guide channel in a single-row strip having a width corresponding to the length of the rod-shaped smoking articles , - the sensor device being directed at the rod-shaped smoking articles in the strip and detecting predetermined parameters of the rod-shaped smoking articles , characterised in that - the ejection device is arranged downstream of the sensor device with respect to the transport movement of the rod-shaped smoking articles , between the store and the drum assembly, and - a rolling device is provided which rotates the rod-shaped smoking articles located in a detection region of the sensor device about their longitudinal axes.
A spray patch comprising an active component, comprising at least one solvent which is readily vaporizable at room temperature, at least one pharmaceutical active component, selected from cannabidiol and tetrahydrocannabidiol, at least one acrylic polymer and/or one urethane polymer forming a transparent breathable film on the skin after vaporization of the solvent, the acrylic polymer being selected from methylprop-2-enoic acid-N,N-dimethylmethanamine (2/1) (Eudragit ® RUAS) or an anionic copolymer with vinyl acetate/crotonic acid (Luviset CA-66) neutralized with suitable aminoalkanols, preferably with aminomethylpropanol, and the urethane polymer being selected from polyurethane-4 (Avalur UR 450), polyurethane-6 (Avalur Flex-6), or polyurethane-14 and AMP-acrylate copolymer (DynamX) ® or an anionic polymer with a terminal acid group (Luviset P.U.R.), which is neutralized with organic or inorganic amino alcohols such as triethanolamine, characterized in that the spray solution additionally contains at least one complexing auxiliary, the complexing auxiliary being α-, β-, or y-cyclodextrin, substituted cyclodextrins, lecithins, polysorbates, glycocholic acid, and/or vegetable oils. at least one solvent which is readily vaporizable at room temperature, at least one pharmaceutical active component, selected from cannabidiol and tetrahydrocannabidiol, at least one acrylic polymer and/or one urethane polymer forming a transparent breathable film on the skin after vaporization of the solvent, the acrylic polymer being selected from methylprop-2-enoic acid-N,N-dimethylmethanamine (2/1) (Eudragit ® RUAS) or an anionic copolymer with vinyl acetate/crotonic acid (Luviset CA-66) neutralized with suitable aminoalkanols, preferably with aminomethylpropanol, and the urethane polymer being selected from polyurethane-4 (Avalur UR 450), polyurethane-6 (Avalur Flex-6), or polyurethane-14 and AMP-acrylate copolymer (DynamX) ® or an anionic polymer with a terminal acid group (Luviset P.U.R.), which is neutralized with organic or inorganic amino alcohols such as triethanolamine, characterized in that the spray solution additionally contains at least one complexing auxiliary, the complexing auxiliary being α-, β-, or y-cyclodextrin, substituted cyclodextrins, lecithins, polysorbates, glycocholic acid, and/or vegetable oils.
A method performed by a terminal , comprising: - receiving, from a base station , a downlink configuration control message indicative of control information on at least one invalid time-frequency resource block included in a plurality of resource blocks, - receiving, from the base station, scheduling information for a transmission on the plurality of resource blocks (600-649), - receiving, from the base station, a downlink activation control message , and - upon blocking being activated by the downlink activation control message: blocking the transmission on the at least one invalid resource block based on the control information. - receiving, from a base station , a downlink configuration control message indicative of control information on at least one invalid time-frequency resource block included in a plurality of resource blocks, - receiving, from the base station, scheduling information for a transmission on the plurality of resource blocks (600-649), - receiving, from the base station, a downlink activation control message , and - upon blocking being activated by the downlink activation control message: blocking the transmission on the at least one invalid resource block based on the control information.
A compressor section of a turbocharger comprising: a compressor wheel ; a compressor housing that surrounds the compressor wheel, the compressor housing including a flow passage with an upstream area ; a cooling pocket that is defined within the compressor housing, the cooling pocket configured to receive a coolant for cooling the compressor housing; and a thermo-decoupling pocket that is defined within the compressor housing, the thermo-decoupling pocket being disposed between the cooling pocket and the upstream area of the flow passage, the thermo-decoupling pocket being fluidly connected to an exterior area outside the compressor housing, wherein the upstream area includes a compressor contour that is contoured according to the compressor wheel; characterized in that the thermo-decoupling pocket is disposed between the cooling pocket and the compressor contour. a compressor wheel ; a compressor housing that surrounds the compressor wheel, the compressor housing including a flow passage with an upstream area ; a cooling pocket that is defined within the compressor housing, the cooling pocket configured to receive a coolant for cooling the compressor housing; and a thermo-decoupling pocket that is defined within the compressor housing, the thermo-decoupling pocket being disposed between the cooling pocket and the upstream area of the flow passage, the thermo-decoupling pocket being fluidly connected to an exterior area outside the compressor housing,
Heat exchanger device comprising: a tubing comprising an inlet and an outlet, for respectively receiving and delivering a heat transfer fluid; a phase-change material, PCM, in contact with said tubing ; a plurality of heat-exchanging fins connected to said tubing arranged to define a plurality of cells receiving the phase-change material, PCM, between adjacent said fins ; wherein the PCM is contained in said plurality of cells arranged such that the flow of the heat transfer fluid in said tubing causes each cell PCM to change phase sequentially in the direction of the inlet to the outlet; wherein the cells are arranged such that PCM phase changing is limited to a part of the heat exchanger device, wherein the thickness of each changing phase PCM cell , the thickness being the distance between adjacent heat-exchanging fins , is sufficiently thin such that the PCM in said part changes phase at the same time and wherein said part moves gradually from the inlet to the outlet, defining a part of the heat exchanger device where phase change has occurred, a part of the heat exchanger device where phase change is occurring, and a part of the heat exchanger device where phase change has not occurred; characterised in that the cell thickness tapers away from the tubing . a tubing comprising an inlet and an outlet, for respectively receiving and delivering a heat transfer fluid; a phase-change material, PCM, in contact with said tubing ; a plurality of heat-exchanging fins connected to said tubing arranged to define a plurality of cells receiving the phase-change material, PCM, between adjacent said fins ; wherein the PCM is contained in said plurality of cells arranged such that the flow of the heat transfer fluid in said tubing causes each cell PCM to change phase sequentially in the direction of the inlet to the outlet; wherein the cells are arranged such that PCM phase changing is limited to a part of the heat exchanger device, wherein the thickness of each changing phase PCM cell , the thickness being the distance between adjacent heat-exchanging fins , is sufficiently thin such that the PCM in said part changes phase at the same time and wherein said part moves gradually from the inlet to the outlet, defining a part of the heat exchanger device where phase change has occurred, a part of the heat exchanger device where phase change is occurring, and a part of the heat exchanger device where phase change has not occurred; characterised in that the cell thickness tapers away from the tubing .
A kit for unmasking an endotoxin in a composition, preferably a pharmaceutical composition, comprising an endotoxin masker and suspected of comprising said endotoxin, said kit comprising a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution, wherein components (a) and (b) are in same or different packages, wherein said endotoxin masker is a substance which, in solution with endotoxin, renders the endotoxin undetectable by available detection methods, wherein said modulator comprises a first heteroatom-substituted aliphatic, wherein said first heteroatom-substituted aliphatic is an aliphatic alcohol, wherein the main chain of said aliphatic alcohol comprises 8 to 16 carbon atoms, wherein the agent which influences hydrogen bonding stability in solution is a chaotropic agent, a cation or a combination thereof, and wherein said chaotropic agent is chosen from the group consisting of: urea; guanidinium chloride; butanol; lithium perchlorate; lithium acetate; magnesium chloride; phenol; propanol; and thiourea. a) a modulator capable of unmasking said endotoxin; and b) an agent which influences hydrogen bonding stability in solution,
A detection system for detecting disposal of metallic objects into an opening of a medical waste container , said detection system comprising: a detection indicator for indicating passage of metallic objects through the opening of the medical waste container; a pair of receive coils and a transmit coil spaced between said receive coils, the coils being shaped for receiving waste therethrough adjacent to the opening of the medical waste container; a coil support frame supporting each of said receive coils and said transmit coil; a mount for supporting said coil support frame; a base coupled to said mount for concurrent movement; and an isolation mechanism interposed between said mount and said coil support frame to isolate said coil support frame from external force acting on said mount. a detection indicator for indicating passage of metallic objects through the opening of the medical waste container; a pair of receive coils and a transmit coil spaced between said receive coils, the coils being shaped for receiving waste therethrough adjacent to the opening of the medical waste container; a coil support frame supporting each of said receive coils and said transmit coil; a mount for supporting said coil support frame; a base coupled to said mount for concurrent movement; and an isolation mechanism interposed between said mount and said coil support frame to isolate said coil support frame from external force acting on said mount.
A method for controlling transmissions that overlap with a transmission gap in a wireless communications system comprising at least one base station and a plurality of mobile devices , the method comprising: identifying, by a base station serving a mobile device , a scheduled transmission gap , the scheduled transmission gap being a time period when the mobile device is not required to communicate, on at least one uplink channel, with the serving base station with which the mobile device is in active data communication; determining, by the serving base station , an actual transmission gap when the mobile device does not communicate with the serving base station , the actual transmission gap being equal to the scheduled transmission gap minus a time interval used by the serving base station to: in the case of a Type A Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field ; and in the case of a Type B Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field and a transmit power control field "TPC" ; from the serving base station, transmitting data in a subframe or slot scheduled for transmission on at least one downlink channel to the mobile device during a time period that overlaps with the scheduled transmission gap but is outside the actual transmission gap ; and discarding, by the serving base station, a subframe or slot scheduled for transmission on said at least one downlink channel during a time period that overlaps with the actual transmission gap. identifying, by a base station serving a mobile device , a scheduled transmission gap , the scheduled transmission gap being a time period when the mobile device is not required to communicate, on at least one uplink channel, with the serving base station with which the mobile device is in active data communication; determining, by the serving base station , an actual transmission gap when the mobile device does not communicate with the serving base station , the actual transmission gap being equal to the scheduled transmission gap minus a time interval used by the serving base station to: in the case of a Type A Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field ; and in the case of a Type B Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field and a transmit power control field "TPC" ; in the case of a Type A Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field ; and in the case of a Type B Dedicated Physical CHannel, DPCH, frame structure, transmit a pilot field and a transmit power control field "TPC" ; from the serving base station, transmitting data in a subframe or slot scheduled for transmission on at least one downlink channel to the mobile device during a time period that overlaps with the scheduled transmission gap but is outside the actual transmission gap ; and discarding, by the serving base station, a subframe or slot scheduled for transmission on said at least one downlink channel during a time period that overlaps with the actual transmission gap.
A profiled section for a connection assembly for connecting a leaf and relative mouldings of a door to a fixed frame of an existing door, the profiled section being characterised in that it comprises a flattened tubular portion having, in section, a substantially rectangular shape and comprising two substantially flat larger side walls spaced from one another and two smaller side walls orthogonal to said larger side walls ; said smaller side walls carrying attachment portions for a first moulding of the door and, respectively, for a second moulding of the door; said larger side walls having at least one through opening for a fixing element for fixing the profiled section to the existing door frame , wherein said profiled section is obtained by transversally cutting an extruded metal profile, the profiled section further comprising two shaped appendixes extending in a cantilever fashion from the opposite ends of one of said smaller side walls in two mutually orthogonal directions; said two appendixes defining part of said attachment portions and limiting between one another a retention seat for an infill wall which can be cut to size of said connection assembly.
A liquid cooling structure of a rotating electric machine, for cooling coils by supplying a cooling liquid in an axial direction of a stator in a direction between adjacent teeth portions of the stator in which bobbins each having a coil mounted thereon are respectively attached to the teeth portions that are projectingly formed in a circumferential direction of an inner periphery of a yoke portion of an annular stator core , characterized in that each bobbin has guide block walls provided on both sides in a width direction of the bobbin along the axial direction of the stator so as to position each guide block wall between the adjacent teeth portions in a circumferential direction of the stator , wherein a gap is formed between the coil and each guide block wall of each bobbin , and wherein adjacent bobbins are positioned adjacent to each other in the circumferential direction of the stator to make a closing between adjacent guide block walls of the adjacent bobbins such that the cooling liquid is allowed to flow into the gap between the guide block wall and the coil and flow therethrough while being guided by the guide block wall . each bobbin has guide block walls provided on both sides in a width direction of the bobbin along the axial direction of the stator so as to position each guide block wall between the adjacent teeth portions in a circumferential direction of the stator , wherein a gap is formed between the coil and each guide block wall of each bobbin , and wherein adjacent bobbins are positioned adjacent to each other in the circumferential direction of the stator to make a closing between adjacent guide block walls of the adjacent bobbins such that the cooling liquid is allowed to flow into the gap between the guide block wall and the coil and flow therethrough while being guided by the guide block wall .
An ultrasonic wave generating apparatus capable of adjusting a focus depth of ultrasonic waves, the ultrasonic wave generating apparatus comprising: a handpiece ; an ultrasonic wave generating cartridge; wherein the ultrasonic wave generating cartridge comprises: a cartridge housing ; an ultrasonic wave generating unit ; a variable shaft ; wherein the ultrasonic wave generating unit is connected to a movable shaft extending from the handpiece , and includes a transducer configured to generate the ultrasonic waves; the variable shaft connected to the ultrasonic wave generating unit and configured to be movable in an upward/downward direction of the transducer ; and a manipulation member configured to move the variable shaft in the upward/downward direction, wherein the upward/downward direction may be defined as a direction, in which the focus depth of the transducer changes, wherein the movable shaft is configured to be movable in a longitudinal direction of the variable shaft , wherein the variable shaft is configured to be expanded and contracted in the longitudinal direction of the variable shaft by the movable shaft , characterized in that the variable shaft includes: multiple shafts having different diameters and configured to be inserted and extracted in multi-stage. a handpiece ; an ultrasonic wave generating cartridge; wherein the ultrasonic wave generating cartridge comprises: a cartridge housing ; an ultrasonic wave generating unit ; a variable shaft ; wherein the ultrasonic wave generating unit is connected to a movable shaft extending from the handpiece , and includes a transducer configured to generate the ultrasonic waves; the variable shaft connected to the ultrasonic wave generating unit and configured to be movable in an upward/downward direction of the transducer ; and a manipulation member configured to move the variable shaft in the upward/downward direction, wherein the upward/downward direction may be defined as a direction, in which the focus depth of the transducer changes, wherein the movable shaft is configured to be movable in a longitudinal direction of the variable shaft , a cartridge housing ; an ultrasonic wave generating unit ; a variable shaft ; wherein the ultrasonic wave generating unit is connected to a movable shaft extending from the handpiece , and includes a transducer configured to generate the ultrasonic waves; the variable shaft connected to the ultrasonic wave generating unit and configured to be movable in an upward/downward direction of the transducer ; and a manipulation member configured to move the variable shaft in the upward/downward direction, wherein the upward/downward direction may be defined as a direction, in which the focus depth of the transducer changes, wherein the movable shaft is configured to be movable in a longitudinal direction of the variable shaft , wherein the variable shaft is configured to be expanded and contracted in the longitudinal direction of the variable shaft by the movable shaft , characterized in that the variable shaft includes: multiple shafts having different diameters and configured to be inserted and extracted in multi-stage.
Method for operating a robot, comprising the steps: - operating the robot in torque-regulated operating mode ; - determining (S3) if a difference between a current position of the robot and a target position of the robot exceeds a predetermined threshold value; - modelling a motion of the robot in the torque-regulated operating mode by modelling in torque space and in axis space a spring connecting the current position with the target position; - determining (S4) a predicted model-based intermediate state, if the difference exceeds the threshold value, wherein the robot reaches the intermediate state before the target position according to the model, wherein an inflexion point of the motion of the spring is determined as the intermediate state, and wherein a speed of the robot in the intermediate state is lower than a predetermined speed threshold; - when the robot reaches the intermediate state, switching the robot (S5) from the torque-regulated operating mode to a position-regulated operating mode ; and - moving the robot (S6) into the target position in the position-regulated operating mode . - operating the robot in torque-regulated operating mode ; - determining (S3) if a difference between a current position of the robot and a target position of the robot exceeds a predetermined threshold value; - modelling a motion of the robot in the torque-regulated operating mode by modelling in torque space and in axis space a spring connecting the current position with the target position; - determining (S4) a predicted model-based intermediate state, if the difference exceeds the threshold value, wherein the robot reaches the intermediate state before the target position according to the model, wherein an inflexion point of the motion of the spring is determined as the intermediate state, and wherein a speed of the robot in the intermediate state is lower than a predetermined speed threshold; - when the robot reaches the intermediate state, switching the robot (S5) from the torque-regulated operating mode to a position-regulated operating mode ; and - moving the robot (S6) into the target position in the position-regulated operating mode .