mhurhangee/ep-ind-claims huggingface dataset:
A separation assembly comprising: a housing; a jet that expels a fluid within the housing; and a turbine assembly positioned within the housing and positioned so as to be contacted by the fluid expelled from the jet, the fluid causing the turbine assembly to rotate about a center rotational axis within the housing, the turbine assembly comprising a first turbine portion and a second turbine portion that are separately formed from each other and attachable together, the first turbine portion comprising a plurality of first vanes and the second turbine portion comprising a plurality of second vanes, wherein the plurality of first vanes and the plurality of second vanes define axially-extending channels that each extend radially between one of the plurality of first vanes and one of the plurality of second vanes when the turbine assembly is assembled, the channels being u-shaped with respect to a radial direction, the channels allowing the fluid to flow between the one of the plurality of first vanes and the one of the plurality of second vanes and directing the fluid axially and radially along the turbine assembly. a housing; a jet that expels a fluid within the housing; and a turbine assembly positioned within the housing and positioned so as to be contacted by the fluid expelled from the jet, the fluid causing the turbine assembly to rotate about a center rotational axis within the housing, the turbine assembly comprising a first turbine portion and a second turbine portion that are separately formed from each other and attachable together, the first turbine portion comprising a plurality of first vanes and the second turbine portion comprising a plurality of second vanes, wherein the plurality of first vanes and the plurality of second vanes define axially-extending channels that each extend radially between one of the plurality of first vanes and one of the plurality of second vanes when the turbine assembly is assembled, the channels being u-shaped with respect to a radial direction, the channels allowing the fluid to flow between the one of the plurality of first vanes and the one of the plurality of second vanes and directing the fluid axially and radially along the turbine assembly.
Holder suitable for connecting a second plug on a first plug, wherein a slide element and a projecting, rigid securing member at a distance therefrom are formed on the first plug, wherein correspondingly a slide receptacle, which encompasses the slide element, and a resilient locking element at a distance therefrom are formed on the second plug, wherein in order to produce a releasable connection between the first plug and the second plug, the second plug is pushed, with its slide receptacle, onto the slide element and in a final position locks onto the rigid securing member so as to engage therewith by the resilient locking element, characterised in that the securing member projects from the first plug and is arranged so as to be laterally offset relative to a longitudinal axis of the slide element, that the securing member comprises a bevel that extends transversely to the longitudinal axis, the locking element is arranged in an aligned manner in the direction of the longitudinal axis, that the locking element has a bevel which rises towards a rear of the second plug, whereby during pushing the second plug onto the slide element a side face of the bevel of the locking element strikes the bevel of the second member, wherein the locking element being resiliently distorted by the securing member, after sliding the securing member along the bevel the locking element engages from behind with the securing member.
A method for pre-lithiation of a negative electrode, comprising the steps of: producing a lithium metal laminate which comprises i) lithium metal foil; and ii) a buffer layer comprising carbonaceous material particles, inorganic compound particles, polymer compound particles or their combination, and coated on one surface of the lithium metal foil, wherein the buffer layer has a thickness of 2.5-32.5 μm; producing a negative electrode comprising a negative electrode current collector, and a negative electrode active material layer formed on at least one surface of the negative electrode current collector; and laminating the lithium metal laminate with the negative electrode in such a manner that the buffer layer of the lithium metal laminate may be in contact with the negative electrode active material layer, and carrying out pre-lithiation. producing a lithium metal laminate which comprises i) lithium metal foil; and ii) a buffer layer comprising carbonaceous material particles, inorganic compound particles, polymer compound particles or their combination, and coated on one surface of the lithium metal foil, wherein the buffer layer has a thickness of 2.5-32.5 μm; producing a negative electrode comprising a negative electrode current collector, and a negative electrode active material layer formed on at least one surface of the negative electrode current collector; and laminating the lithium metal laminate with the negative electrode in such a manner that the buffer layer of the lithium metal laminate may be in contact with the negative electrode active material layer, and carrying out pre-lithiation.
A tampon that has an absorbent body that absorbs a bodily fluid and that is to be inserted into a body cavity along the central axis of the absorbent body, wherein: the leading end part in the inserting direction of the absorbent body includes a recessed part including the position of the central axis, the tail end part in the inserting direction of the absorbent body includes a projected part, the absorbent body is a roll body of a sheet-shaped member, and the recessed part and the projected part are formed by pulling out a part of the sheet-shaped member in the vicinity of the central axis along the central axis. the leading end part in the inserting direction of the absorbent body includes a recessed part including the position of the central axis, the tail end part in the inserting direction of the absorbent body includes a projected part, the absorbent body is a roll body of a sheet-shaped member, and the recessed part and the projected part are formed by pulling out a part of the sheet-shaped member in the vicinity of the central axis along the central axis.
A solid phase carrier comprising a polymer including a structural unit represented by the following Formula and a structural unit represented by the following Formula bound thereto: wherein in Formula, R 1 represents a hydrogen atom or a methyl group; and R 2 represents an organic group having a zwitterionic structure, in Formula, R 3 represents a hydrogen atom or a methyl group; R 4 represents -(C=O)-O- ∗, -(C=O)-NR 6 - ∗ (wherein R 6 represents a hydrogen atom or a methyl group; and the symbol ∗ represents a position of bonding to R 5 in Formula), or a phenylene group; in a case in which R 4 represents -(C=O)-O- ∗, R 5 represents a hydrogen atom, or an organic group having a reactive functional group, or in a case in which R 4 represents -(C=O)-NR 6 - ∗ or a phenylene group, R 5 represents an organic group having a reactive functional group, provided that R 5 is not an organic group having a zwitterionic structure, wherein the molecular weight distribution of the polymer is 1.0 to 2.5, wherein the polymer is a block polymer including a first block composed of repeatedly arranged structural units represented by Formula, and a second block composed of repeatedly arranged structural units represented by Formula, and wherein the proportion of polymerization [m/(m + n)] is 0.1 to 0.35, wherein n is the average degree of polymerization of the structural unit represented by Formula per polymer and m is the average degree of polymerization of the structural unit represented by Formula per polymer. R 1 represents a hydrogen atom or a methyl group; and R 2 represents an organic group having a zwitterionic structure, R 3 represents a hydrogen atom or a methyl group; R 4 represents -(C=O)-O- ∗, -(C=O)-NR 6 - ∗ (wherein R 6 represents a hydrogen atom or a methyl group; and the symbol ∗ represents a position of bonding to R 5 in Formula), or a phenylene group; in a case in which R 4 represents -(C=O)-O- ∗, R 5 represents a hydrogen atom, or an organic group having a reactive functional group, or in a case in which R 4 represents -(C=O)-NR 6 - ∗ or a phenylene group, R 5 represents an organic group having a reactive functional group, provided that R 5 is not an organic group having a zwitterionic structure, wherein the molecular weight distribution of the polymer is 1.0 to 2.5, wherein the polymer is a block polymer including a first block composed of repeatedly arranged structural units represented by Formula, and a second block composed of repeatedly arranged structural units represented by Formula, and wherein the proportion of polymerization [m/(m + n)] is 0.1 to 0.35, wherein n is the average degree of polymerization of the structural unit represented by Formula per polymer and m is the average degree of polymerization of the structural unit represented by Formula per polymer.
A radial piston hydraulic motor comprising a hollow rotating shaft inside the motor, which rotating shaft is arranged to rotate around its axial central axis A for providing torque from the radial piston hydraulic motor, wherein the rotating shaft comprises a piston frame with pistons, which are arranged to move radially, the piston frame comprises - a distribution surface, which is a flat surface in parallel plane with the radial movement of the pistons, and - a first inner surface extending in axial direction around the axial central axis A, characterized in that the rotating shaft comprises a half shaft having a second inner surface extending in axial direction around the axial central axis A, wherein piston frame and the half shaft are arranged adjacent to each other so that the first inner surface and the second inner surface form a surface, in axial direction, forming a cavity inside the rotating shaft for receiving a drive shaft. - a distribution surface, which is a flat surface in parallel plane with the radial movement of the pistons, and - a first inner surface extending in axial direction around the axial central axis A, the rotating shaft comprises a half shaft having a second inner surface extending in axial direction around the axial central axis A, wherein piston frame and the half shaft are arranged adjacent to each other so that the first inner surface and the second inner surface form a surface, in axial direction, forming a cavity inside the rotating shaft for receiving a drive shaft.
An apparatus (100; 200) for providing an upmix signal representation (130; 230) on the basis of a downmix signal representation (110; 210)and an object-related parametric information, which are included in a bitstream representation of an audio content, and in dependence on a user-specified rendering matrix (144, M ren), the apparatus comprising: a distortion limiter (140; 240) configured to obtain a modified rendering matrix (142; M ren, lim) using a linear combination of a user-specified rendering matrix ( M ren) and a target rendering matrix ( M ren,tar) in dependence on a linear combination parameter (146; g DCU); and a signal processor (148; 248) configured to obtain the upmix signal representation on the basis of the downmix signal representation and the object-related parametric information using the modified rendering matrix; wherein the apparatus is configured to evaluate a bitstream element (306; bsDcuParameter) representing the linear combination parameter (146; g DCU) in order to obtain the linear combination parameter. a distortion limiter (140; 240) configured to obtain a modified rendering matrix (142; M ren, lim) using a linear combination of a user-specified rendering matrix ( M ren) and a target rendering matrix ( M ren,tar) in dependence on a linear combination parameter (146; g DCU); and a signal processor (148; 248) configured to obtain the upmix signal representation on the basis of the downmix signal representation and the object-related parametric information using the modified rendering matrix; wherein the apparatus is configured to evaluate a bitstream element (306; bsDcuParameter) representing the linear combination parameter (146; g DCU) in order to obtain the linear combination parameter.
A conveying controlling apparatus for controlling a conveying apparatus for conveying an object, comprising: a shape measuring unit configured to measure 3D (three-dimensional) shape information of the object; a state measuring unit configured to measure a state of a content of the object; a determining unit configured to determine a conveying method for the object by the conveying apparatus; and a controlling unit configured to control an action of the conveying apparatus based on the conveying method determined by the determining unit; characterized in that measuring the 3D shape information of the object by the shape measuring unit includes determining a type of the object by pattern matching, determining a position of the object by model fitting based on a result of the pattern matching, and deciding whether or not there is a hole in the object based on a result of the model fitting, measuring the state of a content of the object includes deciding whether or not a content is contained in the object; in a case where it is decided that there is a hole in the object and that the content is contained in the object, the determining unit determines a conveying method in which the hole is covered by the conveying apparatus or a conveying method in which the object is conveyed in a position by which the hole is turned up, so as to prevent the content of the object from being diffused. a shape measuring unit configured to measure 3D (three-dimensional) shape information of the object; a state measuring unit configured to measure a state of a content of the object; a determining unit configured to determine a conveying method for the object by the conveying apparatus; and a controlling unit configured to control an action of the conveying apparatus based on the conveying method determined by the determining unit; characterized in that measuring the 3D shape information of the object by the shape measuring unit includes determining a type of the object by pattern matching, determining a position of the object by model fitting based on a result of the pattern matching, and deciding whether or not there is a hole in the object based on a result of the model fitting, measuring the state of a content of the object includes deciding whether or not a content is contained in the object; in a case where it is decided that there is a hole in the object and that the content is contained in the object, the determining unit determines a conveying method in which the hole is covered by the conveying apparatus or a conveying method in which the object is conveyed in a position by which the hole is turned up, so as to prevent the content of the object from being diffused.
An implant for insertion into a lacrimal canaliculus, the implant comprising: a first member defining a first axis and having a first end along the first axis, wherein the first member is configured to extend into the canaliculus; a second member defining a second axis and having a second end along the second axis, wherein the second member is configured to reside in the vertical portion (220, 222) of the canaliculus and to extend to the opening of, or out of the opening of, the associated puncta; a third member connecting the first end of the first member and the second end of the second member at a first angle to form an angled intersection; the third member comprises a bore that is characterized by a third axis and a second angle; wherein the bore is configured to be accessible to an insertion tool for facilitating insertion of the implant; further wherein the first angle is defined by the first axis with respect to the second axis and the second angle is defined by the first axis with respective to the third axis; and further wherein the bore extends from an upper surface into the third member, wherein the upper surface extends beyond the intersection with the second member; wherein the first angle is from about 30 degrees to about 150 degrees; wherein the second angle is from about 15 degrees to about 90 degrees. a first member defining a first axis and having a first end along the first axis, wherein the first member is configured to extend into the canaliculus; a second member defining a second axis and having a second end along the second axis, wherein the second member is configured to reside in the vertical portion (220, 222) of the canaliculus and to extend to the opening of, or out of the opening of, the associated puncta; a third member connecting the first end of the first member and the second end of the second member at a first angle to form an angled intersection; the third member comprises a bore that is characterized by a third axis and a second angle; wherein the bore is configured to be accessible to an insertion tool for facilitating insertion of the implant; further wherein the first angle is defined by the first axis with respect to the second axis and the second angle is defined by the first axis with respective to the third axis; and further wherein the bore extends from an upper surface into the third member, wherein the upper surface extends beyond the intersection with the second member; wherein the first angle is from about 30 degrees to about 150 degrees; wherein the second angle is from about 15 degrees to about 90 degrees.
A method for using a touch screen display including a transparent pressure-sensing touch panel, the method comprising: displaying content on the touch screen display, resulting in displayed content, wherein displaying content comprises displaying a first object and a second object on the touch screen display; obtaining a first pressure metric for an input gesture on the transparent pressure-sensing touch panel of the touch screen display, the first pressure metric corresponding to pressure applied to the transparent pressure-sensing touch panel by a first impression of the input gesture, wherein the first impression overlays the first object displayed on the touch screen display; obtaining a second pressure metric for the input gesture corresponding to a second impression concurrent to the first impression, in addition to the first pressure metric, wherein the second impression overlays the second object displayed on the touch screen display; adjusting the displayed content on the touch screen display in response to the input gesture, wherein adjusting the displayed content comprises manipulating the first object and the second object displayed on the touch screen display to change the relative depth of the first object and the second object, by increasing the perceived depth of the second object relative to the first object, when the second pressure metric is greater than the first pressure metric. displaying content on the touch screen display, resulting in displayed content, wherein displaying content comprises displaying a first object and a second object on the touch screen display; obtaining a first pressure metric for an input gesture on the transparent pressure-sensing touch panel of the touch screen display, the first pressure metric corresponding to pressure applied to the transparent pressure-sensing touch panel by a first impression of the input gesture, wherein the first impression overlays the first object displayed on the touch screen display; obtaining a second pressure metric for the input gesture corresponding to a second impression concurrent to the first impression, in addition to the first pressure metric, wherein the second impression overlays the second object displayed on the touch screen display; adjusting the displayed content on the touch screen display in response to the input gesture, wherein adjusting the displayed content comprises manipulating the first object and the second object displayed on the touch screen display to change the relative depth of the first object and the second object, by increasing the perceived depth of the second object relative to the first object, when the second pressure metric is greater than the first pressure metric.
Motor vehicle lock with a lock latch, a pawl for holding the lock latch in at least one holding position, and a drive train arrangement which comprises an electric main drive for lifting out the pawl and an auxiliary drive for lifting out the pawl, wherein the main drive is designed as an electric motor, characterized in that the auxiliary drive comprises a shape memory arrangement with a shape memory element for lifting out the pawl by changing the form of the shape memory element.
Parasol comprising: - a pole, having two ends (21, 22), and intended to rest on the ground at a first end, - a fabric comprising two end portions, connected to the pole via fastening means arranged at the second end of the pole, wherein said fastening means comprise: - a shaft, - a plurality of ribs (42e, 42i) each having an articulation portion and a fastening portion for fastening the fabric, all of the ribs (42e, 42i) being articulated about said shaft, via the articulation portion thereof, with said fastening portion thereof extending in a substantially radial direction of the shaft, wherein the ribs (42e, 42i) define two end ribs: an upper end rib and a lower end rib, as well as a plurality of intermediate ribs positioned, in the axial direction of the shaft, between the upper end rib and the lower end rib, wherein the fastening portion of each end rib receives an end portion of the fabric and each intermediate rib receives an intermediate portion of the fabric, located between the two end portions of the fabric, such that the fabric can move: - from a retracted position, wherein the fastening portions of each of the ribs (42e, 42i) are superimposed in the axial direction of the shaft, to - a deployed position, wherein a plurality of ribs (42e, 42i) are pivoted about the shaft, such that at least two consecutive ribs (42e, 42i) define a non-zero angle therebetween, and wherein the fabric is capable of allowing a shaded surface to be formed on the ground, in the vicinity of the pole, the fabric surrounding, at least partially, the pole, characterised in that said fastening means further comprise a resilient element configured to cause the upper end rib to pivot relative to the lower end rib, so as to cause the fabric to move from the retracted position to the deployed position. - a pole, having two ends (21, 22), and intended to rest on the ground at a first end, - a fabric comprising two end portions, connected to the pole via fastening means arranged at the second end of the pole, - a shaft, - a plurality of ribs (42e, 42i) each having an articulation portion and a fastening portion for fastening the fabric, all of the ribs (42e, 42i) being articulated about said shaft, via the articulation portion thereof, with said fastening portion thereof extending in a substantially radial direction of the shaft, - from a retracted position, wherein the fastening portions of each of the ribs (42e, 42i) are superimposed in the axial direction of the shaft, to - a deployed position, wherein a plurality of ribs (42e, 42i) are pivoted about the shaft, such that at least two consecutive ribs (42e, 42i) define a non-zero angle therebetween, and wherein the fabric is capable of allowing a shaded surface to be formed on the ground, in the vicinity of the pole, the fabric surrounding, at least partially, the pole,