mhurhangee/patent-ind-claim-en huggingface dataset:
A battery module , comprising: a cooling component ; and a battery group , comprising two or more secondary batteries disposed side by side in a first direction (X), each secondary battery comprising a case provided with an accommodating hole , an electrode assembly disposed in the accommodating hole , and a cap assembly connected with the case in a sealed manner to seal the electrode assembly in the case , the electrode assembly comprising two end faces disposed opposite to each other in a second direction (Y) and an electrode tab extending from each end face , and the first direction (X) intersecting the second direction (Y); wherein the secondary batteries each comprises two sides opposite to each other in the second direction (Y), the cooling component is disposed on at least one of the two sides, the cooling component and the end face are respectively disposed on two sides of the case in the second direction (Y), the cooling component is connected and fixed to each of the secondary batteries , the battery module further comprises a first end plate and a second end plate spaced apart in the first direction (X), the battery group is disposed between the first end plate and the second end plate , and the first end plate and the second end plate are respectively connected with the cooling component to apply a clamping force in the first direction (X) to the battery group . a cooling component ; and a battery group , comprising two or more secondary batteries disposed side by side in a first direction (X), each secondary battery comprising a case provided with an accommodating hole , an electrode assembly disposed in the accommodating hole , and a cap assembly connected with the case in a sealed manner to seal the electrode assembly in the case , the electrode assembly comprising two end faces disposed opposite to each other in a second direction (Y) and an electrode tab extending from each end face , and the first direction (X) intersecting the second direction (Y); wherein the secondary batteries each comprises two sides opposite to each other in the second direction (Y), the cooling component is disposed on at least one of the two sides, the cooling component and the end face are respectively disposed on two sides of the case in the second direction (Y), the cooling component is connected and fixed to each of the secondary batteries , the battery module further comprises a first end plate and a second end plate spaced apart in the first direction (X), the battery group is disposed between the first end plate and the second end plate , and the first end plate and the second end plate are respectively connected with the cooling component to apply a clamping force in the first direction (X) to the battery group .
A refrigerant mixture comprising a fluorinated compound and a non-fluorinated compound, wherein the fluorinated compound is a hydrofluoroether selected from 1-methoxyperfluoropentane, 1-methoxyperfluorohexane, 1,1,1,2,2,3,4,5,5,5-decafluoro-3-methoxy-2-trifluoromethylpentane, 1,1,2,2-tetrafluoroethyl-2,2,3,3-tetrafluoropropylether and 1H,1H,2H',3H-decafluoro-dipropylether, and the non-fluorinated compound has a carbonyl function and is selected from butyl formate, tert-butyl acetate, propyl acetate, methyl ethyl carbonate, dimethyl carbonate and pentan-3-one, said mixture having a flash point of 23°C or above and being characterized by low relative volatility.
A device for improving swallowing function in a subject, the device comprising: a rigid shell having a longitudinal dimension such that the shell extends above a larynx of the subject and extends below the larynx of the subject, the shell having a distal surface and a proximal surface; an adjustable fastener dimensioned to secure the shell around a neck of the subject with the shell positioned over the larynx of the subject; and an inflatable pad connected to the proximal surface of the shell, wherein the inflatable pad is dimensioned to apply resistance to force of at least one swallowing muscle of the subject when the shell is positioned over the larynx of the subject and when the inflatable pad is in an inflated position, and wherein the inflatable pad applies resistance to superior and anterior movement of the larynx and is dimensioned to avoid applying pressure to a carotid artery of the subject when the shell is positioned over the larynx of the subject and when the inflatable pad is in the inflated position. a rigid shell having a longitudinal dimension such that the shell extends above a larynx of the subject and extends below the larynx of the subject, the shell having a distal surface and a proximal surface; an adjustable fastener dimensioned to secure the shell around a neck of the subject with the shell positioned over the larynx of the subject; and an inflatable pad connected to the proximal surface of the shell, wherein the inflatable pad is dimensioned to apply resistance to force of at least one swallowing muscle of the subject when the shell is positioned over the larynx of the subject and when the inflatable pad is in an inflated position, and wherein the inflatable pad applies resistance to superior and anterior movement of the larynx and is dimensioned to avoid applying pressure to a carotid artery of the subject when the shell is positioned over the larynx of the subject and when the inflatable pad is in the inflated position.
A support spindle assembly for rotatably supporting a coreless paper roll for dispensing, the support spindle assembly comprising; - a spindle base ; - a spindle element extending along a central longitudinal axis (X) and having a first end and a second end , said spindle element being attached to said spindle base at said first end and rotationally fixed in relation to said spindle base ; and - a first rotatable sleeve rotatably disposed about said spindle element , and rotatable in relation to said spindle base and to said spindle element 12); and whereby a resilient member disposed about said first end of said spindle element and configured to cooperate with said spindle base and with said first rotatable sleeve to exert an axial force directly or indirectly on the rotatable sleeve in order to provide said rotatable sleeve with rotational resistance caused by friction to prevent free wheeling of the coreless paper roll during unwinding. - a spindle base ; - a spindle element extending along a central longitudinal axis (X) and having a first end and a second end , said spindle element being attached to said spindle base at said first end and rotationally fixed in relation to said spindle base ; and - a first rotatable sleeve rotatably disposed about said spindle element , and rotatable in relation to said spindle base and to said spindle element 12); and
Method for the tool-free removal of support structures in the additive manufacturing of one or more components by means of laser beam melting or laser sintering in which the components are built up in layers together with the support structures for supporting regions of the components and the support structures are removed from the components after the complete construction of the components , wherein the support structures are built up in such a manner that they have target separation points at a transition to the components , wherein the target separation points are formed with a structure which has a larger ratio of circumference which can be wetted with etchant to appurtenant cross-sectional area than the component parts so that the target separation points have a structure which can be broken down more rapidly by chemical or electrochemical reaction compared to component parts, and the support structures are separated from the components by chemical or electrochemical breakdown of the structure at the target separation points , characterized in that the support structures are built up so that they branch off in a tree-like manner at the transition to the components .
A method of launching a game application, comprising the steps of: providing a game application launch object to an operating system or helper application (s210) and displaying, by a user interface of the operating system or the helper application, a graphical object for the game application launch object, in which the game application launch object is a shortcut specifying a game executable location in association with the graphical obj ect; providing data specifying a plurality of modes of operation for the game application in association with the game application launch object (s220); providing a user interface in which at least a subset of the plurality of modes of operation are presented to a user when that user performs a predetermined interaction with the graphical object (s230); receiving a user selection indicating a selected mode of operation (s240); and launching the game application into a playable game state that is dependent upon the selected mode of operation (s250), in which the game application comprises one or more common components that are common to two or more of the plurality of modes of operation, and in which the method comprises the steps of: detecting whether the user interacts with the graphical object; and if so; commencing loading the one or more common components of the game application before the user has selected to launch the game in the selected mode of operation. providing a game application launch object to an operating system or helper application (s210) and displaying, by a user interface of the operating system or the helper application, a graphical object for the game application launch object, in which the game application launch object is a shortcut specifying a game executable location in association with the graphical obj ect; providing data specifying a plurality of modes of operation for the game application in association with the game application launch object (s220); providing a user interface in which at least a subset of the plurality of modes of operation are presented to a user when that user performs a predetermined interaction with the graphical object (s230); receiving a user selection indicating a selected mode of operation (s240); and launching the game application into a playable game state that is dependent upon the selected mode of operation (s250), in which the game application comprises one or more common components that are common to two or more of the plurality of modes of operation, and in which the method comprises the steps of: detecting whether the user interacts with the graphical object; and if so; commencing loading the one or more common components of the game application before the user has selected to launch the game in the selected mode of operation. detecting whether the user interacts with the graphical object; and if so; commencing loading the one or more common components of the game application before the user has selected to launch the game in the selected mode of operation.
A glucose monitoring system , comprising: - a sensor wire including a first portion insertable into a patient's skin , the first portion including means for generating glucose information; - a printed circuit board ; and - an interposer device comprising: a body that is supported by legs that extend from the body to form a void below the body , wherein the legs are connected to the printed circuit board below the body and function to space the body apart from the printed circuit board ; sensor positioning means for positioning the sensor wire such that an insertion needle can insert the first portion into the patient's skin ; retaining means for physically retaining a second portion of the sensor wire ; and coupling means for electrically coupling the second portion of the sensor wire to circuitry disposed on the printed circuit board for determining a glucose level for a patient. - a sensor wire including a first portion insertable into a patient's skin , the first portion including means for generating glucose information; - a printed circuit board ; and - an interposer device comprising: a body that is supported by legs that extend from the body to form a void below the body , wherein the legs are connected to the printed circuit board below the body and function to space the body apart from the printed circuit board ; sensor positioning means for positioning the sensor wire such that an insertion needle can insert the first portion into the patient's skin ; retaining means for physically retaining a second portion of the sensor wire ; and coupling means for electrically coupling the second portion of the sensor wire to circuitry disposed on the printed circuit board for determining a glucose level for a patient. a body that is supported by legs that extend from the body to form a void below the body , wherein the legs are connected to the printed circuit board below the body and function to space the body apart from the printed circuit board ; sensor positioning means for positioning the sensor wire such that an insertion needle can insert the first portion into the patient's skin ; retaining means for physically retaining a second portion of the sensor wire ; and coupling means for electrically coupling the second portion of the sensor wire to circuitry disposed on the printed circuit board for determining a glucose level for a patient.
A method for producing a metal porous body, comprising the steps of: performing electrical conduction treatment on a surface of a skeleton of a sheet resin porous body having the skeleton with a three-dimensional network structure, to obtain a conductive resin porous body having a conductive layer ; performing electroplating treatment on a surface of a skeleton of the conductive resin porous body to obtain a plated resin porous body having a metal plating layer ; and performing treatment of removing at least the resin porous body from the plated resin porous body to obtain a metal porous body , wherein in the electroplating treatment, the conductive resin porous body is supplied with power by a rotating electrode roller , characterized by the electrode roller is supplied with power by bringing a power supply brush comprising a material containing iron as a main component into sliding contact with a part of a rotation shaft , and at least a surface of at least the part of the rotation shaft with which the power supply brush is brought into contact comprises a material containing iron or nickel as a main component. performing electrical conduction treatment on a surface of a skeleton of a sheet resin porous body having the skeleton with a three-dimensional network structure, to obtain a conductive resin porous body having a conductive layer ; performing electroplating treatment on a surface of a skeleton of the conductive resin porous body to obtain a plated resin porous body having a metal plating layer ; and performing treatment of removing at least the resin porous body from the plated resin porous body to obtain a metal porous body , wherein in the electroplating treatment, the conductive resin porous body is supplied with power by a rotating electrode roller , characterized by the electrode roller is supplied with power by bringing a power supply brush comprising a material containing iron as a main component into sliding contact with a part of a rotation shaft , and at least a surface of at least the part of the rotation shaft with which the power supply brush is brought into contact comprises a material containing iron or nickel as a main component.
Solid particles comprising at least one anionic aromatic polyester containing the components a) at least one structural unit of the formula (I) b) at least one structural unit of the formula (IIa) and/or (IIb) -(-CH 2 -CH 2 -O-) c -(-CHR 5 -CHR 6 -O) d -R 7 (IIa) -(-CHR 5 -CHR 6 -O-) d -(-CH 2 -CH 2 -O) c -R 7 (IIb) c) at least one structural unit of the formula (III) d) one or more diols selected from ethylene glycol, 1,2-propylene glycol and butylene glycol, e) one or more structural units selected from formulae (IV), (V) and (VI) 1/n M n+ SO 3 - -(-CH 2 -CH 2 -O-) e - (V) a structural unit (VI) derived from sulfobenzoic acid or its salts, worin R 1 , R 2 , R 3 , R 4 , R 5 and R 6 independently of one another each represent hydrogen or methyl R 7 is methyl, a and b independently of one another are each a number from 1 to 10, c and d independently represent a number from 1 to 60, e is a number from 1 to 10, and 1/n M n+ represents an equivalent of a cation having the charge number n, with n = 1, 2 or 3, with the proviso that the anionic aromatic polyester must contain at least one structural unit selected from (IV), (V) or (VI). a) at least one structural unit of the formula (I) b) at least one structural unit of the formula (IIa) and/or (IIb) -(-CH 2 -CH 2 -O-) c -(-CHR 5 -CHR 6 -O) d -R 7 (IIa) -(-CHR 5 -CHR 6 -O-) d -(-CH 2 -CH 2 -O) c -R 7 (IIb) c) at least one structural unit of the formula (III) d) one or more diols selected from ethylene glycol, 1,2-propylene glycol and butylene glycol, e) one or more structural units selected from formulae (IV), (V) and (VI) 1/n M n+ SO 3 - -(-CH 2 -CH 2 -O-) e - (V) R 1 , R 2 , R 3 , R 4 , R 5 and R 6 independently of one another each represent hydrogen or methyl R 7 is methyl, a and b independently of one another are each a number from 1 to 10, c and d independently represent a number from 1 to 60, e is a number from 1 to 10, and 1/n M n+ represents an equivalent of a cation having the charge number n, with n = 1, 2 or 3, with the proviso that the anionic aromatic polyester must contain at least one structural unit selected from (IV), (V) or (VI).
A process for producing a PEGylated protein mixture the process comprising: a) reacting a non-PEGylated protein with a PEGylation reagent to produce a mixture of reaction products comprising non-PEGylated protein and PEGylated protein, wherein the PEGylated protein comprises mono-PEGylated protein and oligo-PEGylated protein; b) subjecting the mixture of reaction products to an ion exchange chromatography (IEC) step to provide an IEC flow-through solution in which the fraction of PEGylated protein is increased relative to the mixture of reaction products; the IEC step comprising applying the mixture of reaction products to an IEC material under conditions suitable for binding non-PEGylated protein; and c) collecting the IEC flow-through solution from step b) to provide a PEGylated protein mixture comprising mono-PEGylated protein and oligo-PEGylated protein, wherein non-PEGylated protein is recovered in step b) by eluting an IEC eluate from the IEC material and the eluted non-PEGylated protein is used in a subsequent PEGylation reaction. a) reacting a non-PEGylated protein with a PEGylation reagent to produce a mixture of reaction products comprising non-PEGylated protein and PEGylated protein, wherein the PEGylated protein comprises mono-PEGylated protein and oligo-PEGylated protein; b) subjecting the mixture of reaction products to an ion exchange chromatography (IEC) step to provide an IEC flow-through solution in which the fraction of PEGylated protein is increased relative to the mixture of reaction products; the IEC step comprising applying the mixture of reaction products to an IEC material under conditions suitable for binding non-PEGylated protein; and c) collecting the IEC flow-through solution from step b) to provide a PEGylated protein mixture comprising mono-PEGylated protein and oligo-PEGylated protein,
A lead-in bushing for explosive atmospheres comprising a bushing having a first end and a second end ; an inlet seal which is a solid provided with preformed passages for receiving cables, the inlet seal comprising at least one elastomer and having a front end and a back end inside the bushing ; and a fastening device, the lead-in bushing comprises a metallic inlet collar provided with holes for wiring on the front end of the inlet seal and a metallic back collar provided with holes for wiring on the back end of the inlet seal , characterized in that the inlet collar and the back collar are integrated into the inlet seal .
A strut structure for a gas turbine, the strut structure being formed in an annular exhaust passage formed between an inner casing and an outer casing of the gas turbine, the strut structure comprising: a strut housing including a lower end connected to the inner casing and an upper end connected to the outer casing ; and a strut groove ; characterized in that the strut groove connects a front end and a rear end of the strut housing thereof; and wherein the strut groove is formed on at least one end of the upper end and the lower end of the strut housing ; or wherein a lower inner fillet is formed on an upper surface of the inner casing , and an upper inner fillet is formed on a lower surface of the outer casing , and the upper inner fillet and the lower inner fillet are partially inserted into the strut housing , and a portion not inserted into the strut housing forms the strut groove . a strut housing including a lower end connected to the inner casing and an upper end connected to the outer casing ; and a strut groove ; characterized in that the strut groove connects a front end and a rear end of the strut housing thereof; and wherein the strut groove is formed on at least one end of the upper end and the lower end of the strut housing ; or wherein a lower inner fillet is formed on an upper surface of the inner casing , and an upper inner fillet is formed on a lower surface of the outer casing , and the upper inner fillet and the lower inner fillet are partially inserted into the strut housing , and a portion not inserted into the strut housing forms the strut groove .
A composition comprising: particles of a nitrogen-containing oxidizer dispersed in a polymeric binder; and a bonding agent bonded to a surface of at least a portion the particles; wherein the bonding agent is a Lewis acid that forms a Lewis acid adduct with the nitrogen-containing oxidiser. particles of a nitrogen-containing oxidizer dispersed in a polymeric binder; and a bonding agent bonded to a surface of at least a portion the particles; wherein the bonding agent is a Lewis acid that forms a Lewis acid adduct with the nitrogen-containing oxidiser.
Sensor arrangement for controlling a function on board a motor vehicle, wherein the sensor arrangement comprises the following: an electrical coil for providing a magnetic field ; a magnetic field sensor ; a magnetic flux element for guiding the magnetic field between the coil and the magnetic field sensor ; wherein the magnetic flux element is mounted movably and is shaped in such a way that the magnetic field prevailing in the region of the magnetic field sensor is dependent on a position of the flux element ; furthermore comprising a processing device for determining the position of the flux element on the basis of the magnetic field determined by means of the magnetic field sensor , characterized in that the flux element is movable in relation to a predetermined axis ; and the coil and the magnetic field sensor are offset axially in relation to this axis .