mhurhangee/patent-ind-claim-en huggingface dataset:
A method performed by a first evolved NodeB, eNB, for transmitting a local home network identity, LHN ID, in a wireless communication system, wherein the first eNB is a master eNB, MeNB, in dual connectivity and a second eNB is a secondary eNB, SeNB, in the dual connectivity, wherein both the first eNB and the second eNB are connected to a stand-alone local gateway, L-GW, corresponding to a local network, and wherein the stand-alone L-GW is co-located with a serving gateway, S-GW, the method comprising: transmitting (S300) a SeNB addition request message including a LHN ID of the first eNB to the second eNB; receiving (S310) a message from the SeNB; if the message is a SeNB addition request acknowledge message including a LHN ID of the second eNB from the second eNB, performing the following steps; transmitting (S340) an E-UTRAN radio access bearer, E-RAB, modification indication message including the LHN ID of the second eNB to a mobility management entity, MME; and receiving (S380) an E-RAB modification confirmation message including a list of modified E-RABs and/or a list of failed E-RABs from the MME, wherein the LHN ID of the first eNB is the same as the LHN ID of the second eNB. transmitting (S300) a SeNB addition request message including a LHN ID of the first eNB to the second eNB; receiving (S310) a message from the SeNB; if the message is a SeNB addition request acknowledge message including a LHN ID of the second eNB from the second eNB, performing the following steps; transmitting (S340) an E-UTRAN radio access bearer, E-RAB, modification indication message including the LHN ID of the second eNB to a mobility management entity, MME; and receiving (S380) an E-RAB modification confirmation message including a list of modified E-RABs and/or a list of failed E-RABs from the MME, wherein the LHN ID of the first eNB is the same as the LHN ID of the second eNB.
A method for producing biological tissue , in particular for medical treatment and/or for pharmacological examinations, in which a support for cell tissue is provided, in which a printing medium containing living cells is provided, in which the printing medium is printed through a printing screen and/or a printing stencil onto the support , in which between successive printing steps a drying and tempering step of the imprinted printing medium is conducted and in which the printed cells develop into tissue through the printing and/or after the printing.
A ventilator comprising a gas source , at least one gas line , at least one control unit , and a patient line , and at least two valves , wherein each of the valves comprises, at least indirectly, a connection to the ambient air and wherein the valves are arranged in the gas line or as part of the gas line, wherein the two valves are fluidically connected in series in at least one switching position and in at least one part of the gas line, wherein one of the valves is a switching valve and operates in a switching manner in such a way that insufflation of the patient is provided in a first switching position and exsufflation of the patient is provided in a second switching position, wherein one of the valves is an oscillation valve and operates in such a manner that, by opening and closing the valve stepwise, the flow resistance in the gas line between fan and patient can be varied, which results in oscillations of flow and pressure during insufflation and/or exsufflation, wherein the control unit is configured and designed to control the fan and/or to control the switching valve and/or to control the oscillation valve , wherein the oscillation valve is designed as a rotatably mounted valve, and in that the oscillation valve comprises an electrically driven motor having a stator and a valve body that is fastened to the rotor in a rotationally fixed manner, characterized in that the valve body comprises at least one opening in a radial direction and at least one opening in an axial direction , wherein the valve body of the oscillation valve comprises a wall region which, in one rotary position of the valve, at least partially closes or opens the opening that leads to the patient line or the opening that leads to the ambient air for a flow of breathing gas and, depending on the rotary position of the valve, at least one opening of the valve thus enables a flow of breathing gas in the direction of the patient line or a flow of gas in the direction of the surroundings .
Electrical harness comprising: - at least one electrical connection , - an electromagnetic protection system comprising a tubular jacket obtained by braiding bundles (30.1, 30.1') of strands and positioned around the electrical connection , at least 80% of the strands of the bundles (30.1, 30.1') being made of metal, - a system for detecting electric arcs which comprises at least one optical fiber (36.1) positioned close to the electrical connection and at least one photodetection component (36.2) configured to receive a light beam guided by the optical fiber (36.1), wherein the tubular jacket comprising strands in the form of segments of optical fiber (36.1) forming at least part of the system for detecting electric arcs, and characterized in that the strands in the form of segments of optical fiber (36.1) have a diameter that is substantially identical to that of the metal strands . - at least one electrical connection , - an electromagnetic protection system comprising a tubular jacket obtained by braiding bundles (30.1, 30.1') of strands and positioned around the electrical connection , at least 80% of the strands of the bundles (30.1, 30.1') being made of metal, - a system for detecting electric arcs which comprises at least one optical fiber (36.1) positioned close to the electrical connection and at least one photodetection component (36.2) configured to receive a light beam guided by the optical fiber (36.1),
A method for managing comments in a processing unit, the method comprising: monitoring multiple sequences of operations involving industrial equipment, the sequences of operations comprising one or more sequences of operations currently being performed using the industrial equipment, wherein the operations are performed in accordance with a recipe containing key performance indicators; detecting a deviation in said key performance indicators wherein said deviation is determined to be an abnormal condition; identifying comments recorded in a processing unit, wherein said comments are associated with prior identified deviations and wherein said comments contain a list of recommended actions to be taken to remedy said abnormal condition; determining whether any of said list of recommended actions are considered by an operator likely to remedy said abnormal condition; implementing one or more of said recommended actions; and inputting a ranking of said comments based on the success of said recommended actions from the list of recommended actions in remedying said abnormal condition, wherein inputting the ranking comprises incrementing or decrementing the ranking of said comments based on operator inputs, the ranking of said comments is communicated to a display means to display a list of top recommended actions to resolve said abnormal condition. monitoring multiple sequences of operations involving industrial equipment, the sequences of operations comprising one or more sequences of operations currently being performed using the industrial equipment, wherein the operations are performed in accordance with a recipe containing key performance indicators; detecting a deviation in said key performance indicators wherein said deviation is determined to be an abnormal condition; identifying comments recorded in a processing unit, wherein said comments are associated with prior identified deviations and wherein said comments contain a list of recommended actions to be taken to remedy said abnormal condition; determining whether any of said list of recommended actions are considered by an operator likely to remedy said abnormal condition; implementing one or more of said recommended actions; and inputting a ranking of said comments based on the success of said recommended actions from the list of recommended actions in remedying said abnormal condition, wherein inputting the ranking comprises incrementing or decrementing the ranking of said comments based on operator inputs, the ranking of said comments is communicated to a display means to display a list of top recommended actions to resolve said abnormal condition.
A system comprising: at least one programmable processor; and a non-transitory machine-readable medium storing instructions which, when executed by the at least one programmable processor, cause the at least one programmable processor to perform operations comprising: receiving at least a portion of a radiation treatment plan; acquiring, from a radiation detector, exit radiation measurement information during delivery of patient treatment; deriving a measured collimator profile from the exit radiation measurement information; determining at least one estimated collimator profile from at least a portion of the radiation treatment plan and an approximate image start time and an approximate image end time; and comparing the measured collimator profile with at least one estimated collimator profile to determine an image start time and an image end time . at least one programmable processor; and a non-transitory machine-readable medium storing instructions which, when executed by the at least one programmable processor, cause the at least one programmable processor to perform operations comprising: receiving at least a portion of a radiation treatment plan; acquiring, from a radiation detector, exit radiation measurement information during delivery of patient treatment; deriving a measured collimator profile from the exit radiation measurement information; determining at least one estimated collimator profile from at least a portion of the radiation treatment plan and an approximate image start time and an approximate image end time; and comparing the measured collimator profile with at least one estimated collimator profile to determine an image start time and an image end time . receiving at least a portion of a radiation treatment plan; acquiring, from a radiation detector, exit radiation measurement information during delivery of patient treatment; deriving a measured collimator profile from the exit radiation measurement information; determining at least one estimated collimator profile from at least a portion of the radiation treatment plan and an approximate image start time and an approximate image end time; and comparing the measured collimator profile with at least one estimated collimator profile to determine an image start time and an image end time .
A glass composition, consisting essentially of: 64.5 - 69.5 mol percent SiO 2 ; 0.5 - 1.7 mol percent Al 2 O 3 ; 5.0 - 7.5 mol percent B 2 O 3 ; 14.0 - 17.0 mol percent Na 2 O + K 2 O; 0.5 - 1.5 mol percent F; and 7.5 - 12 mol percent CaO + MgO; wherein the glass composition has an acid durability index of at least 1.95, said acid durability index being expressed by the formula where [SiO 2 ] is the mol percentage of SiO 2 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition, a white water durability index of at least 1.85, said white water durability index being expressed by the formula where [SiO 2 ] is the mol percentage of SiO 2 in the glass composition, [Al 2 O 3 ] is the mol percentage of Al 2 O 3 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition and a biosolubility index of no more than 2.20, said biosolubility index being expressed by the formula where [Al2O3] is the mol percentage of Al 2 O 3 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition. 64.5 - 69.5 mol percent SiO 2 ; 0.5 - 1.7 mol percent Al 2 O 3 ; 5.0 - 7.5 mol percent B 2 O 3 ; 14.0 - 17.0 mol percent Na 2 O + K 2 O; 0.5 - 1.5 mol percent F; and 7.5 - 12 mol percent CaO + MgO; [SiO 2 ] is the mol percentage of SiO 2 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition, [SiO 2 ] is the mol percentage of SiO 2 in the glass composition, [Al 2 O 3 ] is the mol percentage of Al 2 O 3 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition [Al2O3] is the mol percentage of Al 2 O 3 in the glass composition, [B 2 O 3 ] is the mol percentage of B 2 O 3 in the glass composition, [R 2 O] is the sum of the mol percentages of Na 2 O and K 2 O in the glass composition, and [RO] is the sum of the mol percentages of CaO and MgO in the glass composition.
A foot prosthesis , comprising: at least one spring element or spring assembly having a toe end portion , a heel end portion , an upper surface, and a lower surface; an attachment member mounted to the upper surface, a position of the attachment member being adjustable along a length of the at least one spring or spring assembly, the attachment member being configured to connect the foot prosthesis to a lower limb prosthesis component; a heel member mounted below the lower surface of the at least one spring element or spring assembly, the at least one spring element or spring assembly includes at least one longitudinally extending slot wherein a position of the heel member is adjustable along the length of the at least one spring element or spring assembly to adjust a position of the heel member along a length of the at least one spring element or spring assembly to adjust an effective length of the prosthetic foot. at least one spring element or spring assembly having a toe end portion , a heel end portion , an upper surface, and a lower surface; an attachment member mounted to the upper surface, a position of the attachment member being adjustable along a length of the at least one spring or spring assembly, the attachment member being configured to connect the foot prosthesis to a lower limb prosthesis component; a heel member mounted below the lower surface of the at least one spring element or spring assembly, the at least one spring element or spring assembly includes at least one longitudinally extending slot wherein a position of the heel member is adjustable along the length of the at least one spring element or spring assembly to adjust a position of the heel member along a length of the at least one spring element or spring assembly to adjust an effective length of the prosthetic foot.
A crib, comprising a left support portion , a right support portion and a sleeping basket, wherein each of the left support portion and the right support portion comprises a base , a support rod and a sleeve rod ; the support rod is provided with a bottom portion connected to a top portion of the base and an upper portion nested in a lower portion of the sleeve rod ; the sleeping basket is provided between the sleeve rod of the left support portion and the sleeve rod of the right support portion ; an outer side of a bottom portion of the sleeve rod is provided with a double-lock assembly ; the double-lock assembly comprises a mounting portion , a pulling portion for pulling and a pressing portion for pressing; the mounting portion is connected to the sleeve rod ; the pulling portion and the pressing portion are arranged on the mounting portion , and the pulling portion is located above the pressing portion ; when the pulling portion is not pulled upward, the pulling portion blocks the pressing portion ; an inner side of the pressing portion is provided with a clamping portion ; an outer side of a lower portion of the support rod is provided with a plurality of clamping slots arranged vertically; and the clamping portion passes through the mounting portion and the sleeve rod to be clamped into a clamping slot of the plurality of clamping slots , characterized in that a mounting slot is provided on an outer side of the mounting portion ; an inner side of the pulling portion is provided with a spring mounting seat located in the mounting slot and two side plates spaced apart; the spring mounting seat is provided between the two side plates ; the two side plates are respectively provided with strip slots ; a first pin connected to the mounting portion passes through the strip slots of the two side plates ; middle portions of two sides of the pulling portion are respectively provided with upper clamping edge portions , an upper portion of the mounting portion is provided with two lower clamping edge portions , and the two lower clamping edge portions are corresponding to the upper clamping edge portions , respectively; the upper clamping edge portions are configured to abut against the two lower clamping edge portions , respectively; and a first spring is provided between the spring mounting seat and an inner top surface of the mounting slot .
A transportable particle collection device for monitoring an environment cleanliness at a measuring location, in particular at a production site, having a collection unit which is disposed in such a manner in a measuring state during a measuring time that a collection surface for collecting deposited dirt particles from the environment air is aligned in particular horizontally, the collection surface having, in particular chemically acting, adhesion means for fixating the dirt particles deposited on the collection surface , and having covering means which are disposable on the collection unit in a form-fit manner in a transport state such that no other dirt particles are deposited on the collection surface from the environment air, characterized in that the collection unit has a hollow-cylindrical or conical jacket surface comprising a bottom element and/or tier element , the inner surface of the bottom element and/or tier element having the collection surface and the jacket surface not protruding beyond the collection surface in height, the covering means being disposed in a form-fit manner with the collection unit in the measuring state as well such that no dirt particles are deposited from the environment air on any inner surfaces of the covering means and that the covering means are fixed on the collection unit via designated mechanically acting fixation means in the transport state , the covering means being planar and the collection unit protruding at least in sections in an edge area , the edge area having at least one edge section disposed angularly to the planar extension of the covering means , the edge section being in operative connection with, in particular the interior and/or the end of, at least one abutment surface of the collection unit in the transport state and in the measuring state , the fixation means being provided in the edge section and allowing a mechanical fixation and alignment of the covering means via the abutment surface of the collection unit.
A method, comprising: receiving an electronic representation of a pattern design for controlling a carpet tufting operation, the pattern design including a pile height per tuft; providing a grid for representing the pattern design using different visual cues to represent different pile heights; characterised by the step of: generating , by a processor executing a pattern design engine, a graph depicting use-of-yarn per needle for the carpet tufting operation, the grid and the graph being on a common user interface and viewable at the same time on a display device ; and responsive to receiving a change to a pile height of one or more tufts for the pattern design on the grid , modifying the graph to illustrate a new use-of-yarn per needle that accounts for the change. receiving an electronic representation of a pattern design for controlling a carpet tufting operation, the pattern design including a pile height per tuft; providing a grid for representing the pattern design using different visual cues to represent different pile heights; generating , by a processor executing a pattern design engine, a graph depicting use-of-yarn per needle for the carpet tufting operation, the grid and the graph being on a common user interface and viewable at the same time on a display device ; and responsive to receiving a change to a pile height of one or more tufts for the pattern design on the grid , modifying the graph to illustrate a new use-of-yarn per needle that accounts for the change.
A portable electronic device comprising: a housing having side walls and a back wall that define a cavity, the back wall including a first section (632-A) forming a first exterior surface, the back wall including a second section (632-B) forming a second exterior surface that is parallel to and displaced from the first exterior surface; a brace structure that is joined to the back wall and carries a camera module (610-A) within the cavity; a trim structure disposed between the camera module (610-A) and the second section of the back wall, wherein the trim structure has an external surface that is displaced from the second exterior surface; and a seal disposed between and contacting the second section (732-B) of the back wall and the trim structure. a housing having side walls and a back wall that define a cavity, the back wall including a first section (632-A) forming a first exterior surface, the back wall including a second section (632-B) forming a second exterior surface that is parallel to and displaced from the first exterior surface; a brace structure that is joined to the back wall and carries a camera module (610-A) within the cavity; a trim structure disposed between the camera module (610-A) and the second section of the back wall, wherein the trim structure has an external surface that is displaced from the second exterior surface; and a seal disposed between and contacting the second section (732-B) of the back wall and the trim structure.
A system consisting of a fluid pressure hose and a pressure sensor device with a gel mounted in a pressure sensor housing as pressure absorption and pressure transmission element , which has, on its pressure inlet portion projecting freely from the pressure sensor housing , an abutment or contact side defining an insertion direction for the fluid pressure hose inserted into the pressure sensor device and, starting from the contact side , extends through the pressure sensor housing , preferably configuring a funnel or stepwise constriction shape, up to a compressive force sensor , wherein the contact side of the pressure inlet portion has a symmetrical shape both to its longitudinal axis and to its transverse axis, characterized in that the longitudinal extent of the contact side parallel to the insertion direction is greater than in the transverse direction thereto.