mhurhangee/patent-ind-claim-en huggingface dataset:
A method of reducing a number of particles present on a surface of a coating or a number of particles released into a pharmaceutical composition contained in a medical injection device, the device comprising a barrel having a coated inner surface, a stopper in gliding engagement with the barrel, the pharmaceutical composition being in contact with the inner surface of the barrel, said method characterised in that , it further comprises, prior to disposing the pharmaceutical composition within the device, preparing the coating by: coating the inner surface of the barrel with a layer of polydimethylsiloxane (PDMS) with a viscosity between 900 and 1200 centistoke, said layer having a thickness between 90 and 400 nm; and exposing the polydimethylsiloxane layer to a plasma treatment, thereby reducing the number of particles present on the inner surface of the coating or reducing the number of particles released into the pharmaceutical composition contained in the medical injection device as compared to a device comprising a barrel coated with PDMS that is not plasma treated. coating the inner surface of the barrel with a layer of polydimethylsiloxane (PDMS) with a viscosity between 900 and 1200 centistoke, said layer having a thickness between 90 and 400 nm; and exposing the polydimethylsiloxane layer to a plasma treatment, thereby reducing the number of particles present on the inner surface of the coating or reducing the number of particles released into the pharmaceutical composition contained in the medical injection device as compared to a device comprising a barrel coated with PDMS that is not plasma treated.
An valve arrangement comprising a valve actuator and a two-way valve , the two-way valve having an inlet , an outlet , a valve seat positioned between the inlet and the outlet , a valve element cooperating with the valve seat in order to control a flow of a fluid through the valve , wherein the valve element is construed to contact the valve seat , so that the flow through the valve is interrupted, a valve stem connected to valve element and moving freely through a stuffing box , the valve actuator having an actuation element connected to the valve stem or simply contacting the valve stem , the actuation element being able of moving between first and second positions, the first and second positions corresponding respectively to fully closed and fully open positions of the valve, a force sensor sensing a tension and/or pressure force acting on the actuation element , the force acting on the actuation element corresponding to the force acting on the valve element , and a stroke sensor sensing a displacement of the actuation element from said first position, a drive acting on the actuation element and control means controlling the drive , wherein the control means are configured to adjust the displacement of the actuation element based on the force sensed by the force sensor , the displacement of the actuation element from said first position sensed by the stroke sensor , and a given flow rate , wherein a relation between the flow rate , the force and the displacement is stored in an information matrix , characterised in that the information matrix is read out by the control means to adjust the displacement of the actuation element , wherein if a force change is sensed by the force sensor , the new force and the present displacement data are used as input to the information matrix to identify the new displacement of the actuation element for the given flow rate, the actuation element being moved to adjust the valve element to a correct displacement with respect to the valve seat , wherein the information matrix is realized by a look-up table, and wherein the control means comprise calculation means additionally calculating a displacement of the actuation element in reaction of a force acting on the actuation element , wherein the calculation means is used in addition to the look-up table when an interpolation between values stored in the look-up table is necessary.
A multilayer acoustic treatment panel comprising: a first cellular-structure core sandwiched between a perforated skin and an intermediate skin ; and a second cellular-structure core sandwiched between the intermediate skin and a continuous skin ; wherein the perforated skin includes at least one pair of high-porosity zones presenting a perforation ratio greater than the perforation ratio of the remainder of the perforated skin and formed by an inlet zone and an outlet zone that are longitudinally spaced apart from each other, the high-porosity zones of a given pair communicating through the first cellular-structure core and the intermediate skin with the two ends of a soundwave flow channel arranged in the second cellular-structure core , and the intermediate skin is perforated by a plurality of orifices with the exception of the zones covering the soundwave flow channel . a first cellular-structure core sandwiched between a perforated skin and an intermediate skin ; and a second cellular-structure core sandwiched between the intermediate skin and a continuous skin ; wherein the perforated skin includes at least one pair of high-porosity zones presenting a perforation ratio greater than the perforation ratio of the remainder of the perforated skin and formed by an inlet zone and an outlet zone that are longitudinally spaced apart from each other, the high-porosity zones of a given pair communicating through the first cellular-structure core and the intermediate skin with the two ends of a soundwave flow channel arranged in the second cellular-structure core , and the intermediate skin is perforated by a plurality of orifices with the exception of the zones covering the soundwave flow channel .
A nose knife comprising a handle , a shank , and a blade , wherein the cross-section of the handle has a circular shape for being rotated around the longitudinal axis of the handle ; the shank comprises a straight part connected straight to the handle along the same axis of the handle , and a curved part integrally connected to the front end of the straight part ; the blade is provided at the front end of the curved part , and the direction of a blade tip of the blade is 65 degrees to 75 degrees inclusive to the axis line of the straight part ; and the blade is provided with cutting edges in two directions from the blade tip , wherein the nose knife is configured to be rotated around the longitudinal axis of the handle so as to make an incision, and the length of the straight part is 50 mm to 60 mm inclusive, and the blade tip of the blade is located 10 mm to 20 mm inclusive from the central axial line of the straight part in a perpendicular direction to the central axial line. the cross-section of the handle has a circular shape for being rotated around the longitudinal axis of the handle ; the shank comprises a straight part connected straight to the handle along the same axis of the handle , and a curved part integrally connected to the front end of the straight part ; the blade is provided at the front end of the curved part , and the direction of a blade tip of the blade is 65 degrees to 75 degrees inclusive to the axis line of the straight part ; and the blade is provided with cutting edges in two directions from the blade tip , wherein the nose knife is configured to be rotated around the longitudinal axis of the handle so as to make an incision, and the length of the straight part is 50 mm to 60 mm inclusive, and the blade tip of the blade is located 10 mm to 20 mm inclusive from the central axial line of the straight part in a perpendicular direction to the central axial line.
A method for wireless communication of a wireless communication system including a base station, BS, and a user equipment, UE, using MIMO technology, the method comprising: notifying, by the BS, the UE of information regarding an association between beam group IDs and different beams, via higher layer signalling; transmitting (S501), by the BS, multiple first signals in different directions using the different beams, each first signal being transmitted using an associated antenna port; receiving, by the UE, the multiple first signals; selecting (S502), by the UE, at least one first beam from the different beams based on Reference Signal Received Power, RSRP, of the multiple first signals; transmitting to the BS, by the UE, feedback information for use in performing downlink transmission, the feedback information indicating, based on the information regarding the association, a beam group ID of a beam group including the selected at least one first beam; and receiving, by the UE, data signals transmitted by the BS using a beam belonging to the beam group of the beam group ID indicated by the feedback information, wherein the multiple first signals comprise a common signal sequence and the multiple first signals comprise Synchronization Signals. notifying, by the BS, the UE of information regarding an association between beam group IDs and different beams, via higher layer signalling; transmitting (S501), by the BS, multiple first signals in different directions using the different beams, each first signal being transmitted using an associated antenna port; receiving, by the UE, the multiple first signals; selecting (S502), by the UE, at least one first beam from the different beams based on Reference Signal Received Power, RSRP, of the multiple first signals; transmitting to the BS, by the UE, feedback information for use in performing downlink transmission, the feedback information indicating, based on the information regarding the association, a beam group ID of a beam group including the selected at least one first beam; and receiving, by the UE, data signals transmitted by the BS using a beam belonging to the beam group of the beam group ID indicated by the feedback information, wherein the multiple first signals comprise a common signal sequence and the multiple first signals comprise Synchronization Signals.
Method of correcting local machine-related colour defects in an offset printing press with an image recording system by means of a computer , the method comprising the steps of • recording printed images by means of the image recording system while at least one print job is being processed • carrying out a colour transformation for the recorded printed images by means of the computer • determining local delta values for halftone values by means of the computer and based on the image data obtained by the colour transformation • correcting the delta values for the halftone values in an area coverage-dependent way by means of the computer • reading print job-specific influencing parameters out of the control of the offset printing press and analyzing them by means of the computer • determining correction values for the local machine-related colour defects on the basis of the corrected delta values for the halftone values and of the print job-specific influencing parameters by means of the computer • modifying the halftone values of subsequent print jobs on the basis of the determined correction values by means of the computer and creating printing plates on the basis of the modified halftone values • carrying out the print jobs by means of the printing plates that have been created. • recording printed images by means of the image recording system while at least one print job is being processed • carrying out a colour transformation for the recorded printed images by means of the computer • determining local delta values for halftone values by means of the computer and based on the image data obtained by the colour transformation • correcting the delta values for the halftone values in an area coverage-dependent way by means of the computer • reading print job-specific influencing parameters out of the control of the offset printing press and analyzing them by means of the computer • determining correction values for the local machine-related colour defects on the basis of the corrected delta values for the halftone values and of the print job-specific influencing parameters by means of the computer • modifying the halftone values of subsequent print jobs on the basis of the determined correction values by means of the computer and creating printing plates on the basis of the modified halftone values • carrying out the print jobs by means of the printing plates that have been created.
A pharmaceutical composition for use in cancer immunotherapy, the composition comprising: 6-ethyl-3-({3-methoxy-4-[4-(4-methylpiperazin-1-yl)piperidin-1-yl]phenyl}amino)-5-(tetrahydro-2H-pyran-4-ylamino)pyrazine-2-carboxamide or a pharmaceutically acceptable salt thereof as an active ingredient.
A cosmetic dispenser comprising: a communication unit ; a control unit for acquiring at least one of user information and environment information through the communication unit and acquiring a cosmetic dispensing method based on at least one of the user information and the environment information; and a cosmetic dispensing unit having a plurality of cartridges for containing cosmetics and a discharge unit for discharging the cosmetics contained in the plurality of cartridges, characterized in that the control unit receives input information in which an amount of cosmetics to be provided is selected by either a number of times of use or a period of use, and the cosmetic dispensing unit dispenses each of the cosmetics contained in the plurality of cartridges in an amount corresponding to the number of times of use or the period of use selected according to the input information, wherein when dispensing cosmetics corresponding to the period of use, the cosmetic dispensing unit supplies an amount of cosmetics to be used by a user during the period of use. a communication unit ; a control unit for acquiring at least one of user information and environment information through the communication unit and acquiring a cosmetic dispensing method based on at least one of the user information and the environment information; and a cosmetic dispensing unit having a plurality of cartridges for containing cosmetics and a discharge unit for discharging the cosmetics contained in the plurality of cartridges, characterized in that the control unit receives input information in which an amount of cosmetics to be provided is selected by either a number of times of use or a period of use, and the cosmetic dispensing unit dispenses each of the cosmetics contained in the plurality of cartridges in an amount corresponding to the number of times of use or the period of use selected according to the input information, wherein when dispensing cosmetics corresponding to the period of use, the cosmetic dispensing unit supplies an amount of cosmetics to be used by a user during the period of use.
A method, performed by a communication device , for supporting a random access procedure in a wireless communication network, supporting Extended Coverage GSM, Global System for Mobile Communication, for IoT, Internet of Things, , the method being characterized by - providing an indicator for indicating a presence of an initial access request by the communication device , which initial access request is part of said random access procedure, wherein the indicator comprises a pre-defined synchronization sequence, and wherein one of: i. said indicator comprises a first access burst extending over one time slot, wherein said first access burst comprises the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 41 bits, and ii. said indicator comprises a second access burst extending over two time slots, said second access burst comprising the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 88 bits, and - transmitting the indicator on a random access channel in uplink to a network node of the wireless communication network , wherein the indicator indicates the presence to said network node of the initial access request by the communication device . - providing an indicator for indicating a presence of an initial access request by the communication device , which initial access request is part of said random access procedure, wherein the indicator comprises a pre-defined synchronization sequence, and wherein one of: i. said indicator comprises a first access burst extending over one time slot, wherein said first access burst comprises the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 41 bits, and ii. said indicator comprises a second access burst extending over two time slots, said second access burst comprising the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 88 bits, and i. said indicator comprises a first access burst extending over one time slot, wherein said first access burst comprises the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 41 bits, and ii. said indicator comprises a second access burst extending over two time slots, said second access burst comprising the pre-defined synchronization sequence, the pre-defined synchronization sequence being longer than 88 bits, and - transmitting the indicator on a random access channel in uplink to a network node of the wireless communication network , wherein the indicator indicates the presence to said network node of the initial access request by the communication device .
Illumination device comprising: - a concave reflector bordering with an outer edge a light emission window , the reflector and light emission window constituting a boundary of a reflector cavity , and the reflector having a reflective surface facing the light emission window; - lamp holding means for accommodating a light source and being provided at or within the boundary of the reflector cavity, characterized in that the reflector has an essentially square, truncated pyramid-shape, is tapered and comprises a edge wall connecting a narrow end with a width W oe corresponding to the width of an optical element and a wide end with a width W 1w of the reflector, a height (H) of the tapered reflector being a dimension measured substantially parallel to an axis (A) of the tapered reflector and transverse to the light emission window, H being the distance between the optical element and the light emission window , the relationship between W 1w , W oe , and H, is according to equation: tan α = W lw + W oe / 2 ⁢ H , with α is <=65° , wherein the angle α is the cut-off angle, further characterized in that it comprises a tapered mixing chamber which is bound by the edge wall, the narrow end and the optical element provided in the reflector cavity and which extends transverse to the axis (A) whereby the optical element is provided in between the light source and the light emission window. - a concave reflector bordering with an outer edge a light emission window , the reflector and light emission window constituting a boundary of a reflector cavity , and the reflector having a reflective surface facing the light emission window; - lamp holding means for accommodating a light source and being provided at or within the boundary of the reflector cavity,
A diaper , having a wearer-facing side and an outward-facing side , a longitudinal centerline and a lateral centerline , and comprising: a chassis including a topsheet , a backsheet and an absorbent core disposed between the topsheet and backsheet; a front waist region , a rear waist region and a crotch region between the front and rear waist regions; a front waist edge , a rear waist edge , and a pair of left and right longitudinal edges extending from the front waist edge to the rear waist edge; a primary fastening system having a primary first component fastenably engageable with a primary second component , wherein the primary first component is disposed on the wearer-facing side of the back waist region and the primary second component disposed on the outward-facing side of the front waist region; a secondary fastening system , having a secondary first component fastenably engageable with a secondary second component , wherein the secondary second component is disposed on a wearer-facing side of the back waist region and the secondary first component disposed on outward-facing side of the front waist region; and a combination belt structure disposed in the front waist region, the combination belt structure comprising the primary second component and a front ear extending from one of the left and right longitudinal edges when the diaper is in an unfolded configuration, wherein a web material of the combination belt structure comprises the primary second component in the form of loops and the secondary first component in the form of hooks. a chassis including a topsheet , a backsheet and an absorbent core disposed between the topsheet and backsheet; a front waist region , a rear waist region and a crotch region between the front and rear waist regions; a front waist edge , a rear waist edge , and a pair of left and right longitudinal edges extending from the front waist edge to the rear waist edge; a primary fastening system having a primary first component fastenably engageable with a primary second component , wherein the primary first component is disposed on the wearer-facing side of the back waist region and the primary second component disposed on the outward-facing side of the front waist region; a secondary fastening system , having a secondary first component fastenably engageable with a secondary second component , wherein the secondary second component is disposed on a wearer-facing side of the back waist region and the secondary first component disposed on outward-facing side of the front waist region; and a combination belt structure disposed in the front waist region, the combination belt structure comprising the primary second component and a front ear extending from one of the left and right longitudinal edges when the diaper is in an unfolded configuration, wherein a web material of the combination belt structure comprises the primary second component in the form of loops and the secondary first component in the form of hooks.
An aircraft cabin comprising a line (8; 8'), a cabin floor (10; 10') and a unit (1; 1'; 1"), wherein a floor grid (12; 12') comprising a connector is located below the cabin floor (10; 10'), wherein the unit (1; 1'; 1") has at least one line connector as well as at least one receiving area (2; 2', 2") for at least one trolley (3; 3', 3"), which can be moved over the cabin floor (10; 10') on laterally attached castor pairs (4, 6, 5; 4'; 5'; 4"; 5"), and which can be inserted from the front of the receiving area (2; 2', 2") into said receiving area and locked therein, so that its rear panel faces the back of the receiving area, with the at least one line connector being connected to the connector in the area of the floor grid of the passenger cabin, wherein the line (8; 8') extending between the connector and the line connector emerges at least partially out of the cabin floor in the receiving area (2; 2', 2") of the trolley (3; 3', 3") and, in the case of a locked trolley, laterally offset to the castor pairs (4, 6 and 5; 4'; 5'; 4", 5") thereof and runs upwards between the rear panel of the trolley and the back of the receiving area, characterized in that the line (8; 8') extends towards the back of the receiving area while projecting at least partially above the cabin floor and that this line section running in the area of the cabin floor (10; 10') is covered by a cover (11; 11') arranged to interact with the castors of the castor pairs of a trolley to guide said trolley.