mhurhangee/patent-ind-claim-en huggingface dataset:
A centrifugal separation-type oil separator comprising: an oil separator body having a cylindrical body portion ; and a bent pipe provided on an outer peripheral side of the body portion and configured to introduce a fluid containing an oil into an inside of the oil separator body , the bent pipe curving to surround the body portion in a circumferential direction so that a centrifugal force acts on the oil contained in the fluid that flows in an internal flow path of the bent pipe , wherein the bent pipe includes an outer wall portion extending in the circumferential direction of the body portion and expanding radially outward from the body portion , and an inner wall portion extending along the outer wall portion and blocking a radially inner-side open part of the outer wall portion , and the outer wall portion and the inner wall portion are constituted by different members. an oil separator body having a cylindrical body portion ; and a bent pipe provided on an outer peripheral side of the body portion and configured to introduce a fluid containing an oil into an inside of the oil separator body , the bent pipe curving to surround the body portion in a circumferential direction so that a centrifugal force acts on the oil contained in the fluid that flows in an internal flow path of the bent pipe , wherein the bent pipe includes an outer wall portion extending in the circumferential direction of the body portion and expanding radially outward from the body portion , and an inner wall portion extending along the outer wall portion and blocking a radially inner-side open part of the outer wall portion , and an outer wall portion extending in the circumferential direction of the body portion and expanding radially outward from the body portion , and an inner wall portion extending along the outer wall portion and blocking a radially inner-side open part of the outer wall portion , and the outer wall portion and the inner wall portion are constituted by different members.
A composite material structure (6; 6A) comprising: a corrugated stringer having a corrugated structure including portions each having hat-shaped cross section , the corrugated stringer being made of a composite material; and a panel integrated with the corrugated stringer , the panel being made of a composite material, characterized in that both ends of each of the portions each having the hat-shaped cross section are occluded. a corrugated stringer having a corrugated structure including portions each having hat-shaped cross section , the corrugated stringer being made of a composite material; and a panel integrated with the corrugated stringer , the panel being made of a composite material, characterized in that both ends of each of the portions each having the hat-shaped cross section are occluded.
A paper ejection apparatus comprising: paper ejection trays to which printed sheets are selectively ejected; a main tray disposed lower than the paper ejection trays ; an inspection result acquirer configured to acquire an inspection result of each of the printed sheets; a paper ejection controller configured to control paper ejection such that each of the printed sheets is ejected to the paper ejection trays before the inspection result is obtained by the inspection result acquirer ; and a tray information manager configured to manage by associating identification information of each of the paper ejection trays with the inspection result of each of the printed sheets ejected on the paper ejection trays , wherein the tray information manager secures, for reprinting, one of the paper ejection trays on which a printed sheet with an abnormal inspection result is ejected, and wherein the paper ejection controller controls paper ejection such that a reprinted sheet having a page number that is same as that of the printed sheet with the abnormal inspection result is ejected to the one of the paper ejection trays that is secured. paper ejection trays to which printed sheets are selectively ejected; a main tray disposed lower than the paper ejection trays ; an inspection result acquirer configured to acquire an inspection result of each of the printed sheets; a paper ejection controller configured to control paper ejection such that each of the printed sheets is ejected to the paper ejection trays before the inspection result is obtained by the inspection result acquirer ; and a tray information manager configured to manage by associating identification information of each of the paper ejection trays with the inspection result of each of the printed sheets ejected on the paper ejection trays , wherein the tray information manager secures, for reprinting, one of the paper ejection trays on which a printed sheet with an abnormal inspection result is ejected, and wherein the paper ejection controller controls paper ejection such that a reprinted sheet having a page number that is same as that of the printed sheet with the abnormal inspection result is ejected to the one of the paper ejection trays that is secured.
A railing , which is releasably attached to a base or to a building façade , consisting of: - one or more plates forming a surface, which is particularly made from glass, plastic, wood or metal, - a first U-profile rail , of which both parallelly extending legs and the web arranged therebetween encompass areas of the plate and are fixedly connected thereto, - a receiving pocket respectively projecting outwardly at both of the free ends of the legs of the U-profile rail and being curved downwardly in an arc-shaped manner, and - a support profile having two side walls and a bottom extending therebetween, wherein the side walls are locked to the building façade and/or the bottom is locked to the base and wherein a supporting web designed to have a round cross-section is provided at or formed to each of the upwardly projecting side walls , which in the mounted state is inserted in the receiving pocket and supports the same in a vertical direction downward, wherein an adhesive layer is provided between the legs of the first U-profile rail and the plate , characterised in that the support profile has a cross-sectional design of a U-profile rail, that the respective legs (6, 7 or 12, 13) and the web or bottom of both of the U-profile rails are respectively extending parallelly to one another in the mounted state, and that an adhesive layer is provided between the first and the second U-profile rail , by means of which the plate , the first and second U-profile rail are locked to one another in a location-oriented manner. - one or more plates forming a surface, which is particularly made from glass, plastic, wood or metal, - a first U-profile rail , of which both parallelly extending legs and the web arranged therebetween encompass areas of the plate and are fixedly connected thereto, - a receiving pocket respectively projecting outwardly at both of the free ends of the legs of the U-profile rail and being curved downwardly in an arc-shaped manner, and - a support profile having two side walls and a bottom extending therebetween, wherein the side walls are locked to the building façade and/or the bottom is locked to the base and wherein a supporting web designed to have a round cross-section is provided at or formed to each of the upwardly projecting side walls , which in the mounted state is inserted in the receiving pocket and supports the same in a vertical direction downward, wherein an adhesive layer is provided between the legs of the first U-profile rail and the plate , characterised in that the support profile has a cross-sectional design of a U-profile rail, that the respective legs (6, 7 or 12, 13) and the web or bottom of both of the U-profile rails are respectively extending parallelly to one another in the mounted state, and that an adhesive layer is provided between the first and the second U-profile rail , by means of which the plate , the first and second U-profile rail are locked to one another in a location-oriented manner.
An automotive electric liquid pump with a pump rotor and a motor rotor configured to rotate in a separation can and being defined by a motor rotor body made out of a ferromagnetic material and being permanently magnetized, wherein the pump rotor is supported by a co-rotating rotor shaft which is co-rotatably fixed to the motor rotor , the radial outside of the motor rotor is provided with a cylindrical bearing ring and the radial inside of the separation can is provided with a corresponding static bearing ring , and the rotor bearing ring and the static bearing ring together define a radial slide bearing .
A stiffening member for a protective housing assembly which defines a bore for receiving a utility line ; the housing assembly comprising : a first body member , and a second body member arranged adjacent to one another to define sections of the bore which surrounds the utility line ; wherein the stiffening member comprises : a first side for engagement with the first body member , and a second side for engagement with the second body member ; characterised in that one or more pedestals extend from the first side of the stiffening member in a first direction away from the second side ; wherein the stiffening member is made from a resilient material having a hardness less than the hardness of the body members. a first body member , and a second body member arranged adjacent to one another to define sections of the bore which surrounds the utility line ; a first side for engagement with the first body member , and a second side for engagement with the second body member ; characterised in that one or more pedestals extend from the first side of the stiffening member in a first direction away from the second side ; wherein the stiffening member is made from a resilient material having a hardness less than the hardness of the body members. characterised in that one or more pedestals extend from the first side of the stiffening member in a first direction away from the second side ; wherein the stiffening member is made from a resilient material having a hardness less than the hardness of the body members.
A detent fitting for a vehicle seat , comprising: - a first fitting part and a second fitting part , which are rotatable relative to each other about an axis of rotation (D), - four locking elements (12A-12D) movably mounted relative to the first fitting part , which can be brought into a locking position in engagement with a toothing of the second fitting part , and - a cam element rotatably mounted relative to the first fitting part , comprising a plurality of cams (130A-130F) for supporting the locking elements (12A-12D) in the locking position in such a way that each of the locking elements (12A-12D) is in contact with an associated cam at a support point (A), characterized in that two of the support points (A) are arranged closer to each other than to the remaining support points (A) and the remaining support points (A) among each other. - a first fitting part and a second fitting part , which are rotatable relative to each other about an axis of rotation (D), - four locking elements (12A-12D) movably mounted relative to the first fitting part , which can be brought into a locking position in engagement with a toothing of the second fitting part , and - a cam element rotatably mounted relative to the first fitting part , comprising a plurality of cams (130A-130F) for supporting the locking elements (12A-12D) in the locking position in such a way that each of the locking elements (12A-12D) is in contact with an associated cam at a support point (A),
A method for estimating a relative proportion of at least one of a plurality of cell populations in a biological sample, said method comprising: a) using a biological sample comprising said plurality of cell populations; b) generating a gene expression profile from said biological sample, wherein said gene expression profile comprises combinations of features associated with said plurality of cell populations; c) optimizing a v(nu) support vector regression, v(nu)-SVR, between said gene expression profile and a reference matrix of cell subset gene expression feature signatures for a second plurality of cell populations, wherein said gene expression profile is modeled as a linear combination of said reference matrix of cell subset gene expression feature signatures, wherein said optimizing comprises solving for a set of regression coefficients of said support vector regression wherein said solution minimizes a linear ε-insensitive loss function and an L 2 -norm penalty function; and d) estimating said relative proportion of said at least one of said plurality of cell populations among said second plurality of cell populations present in said biological sample based on said set of regression coefficients. a) using a biological sample comprising said plurality of cell populations; b) generating a gene expression profile from said biological sample, wherein said gene expression profile comprises combinations of features associated with said plurality of cell populations; c) optimizing a v(nu) support vector regression, v(nu)-SVR, between said gene expression profile and a reference matrix of cell subset gene expression feature signatures for a second plurality of cell populations, wherein said gene expression profile is modeled as a linear combination of said reference matrix of cell subset gene expression feature signatures, wherein said optimizing comprises solving for a set of regression coefficients of said support vector regression wherein said solution minimizes a linear ε-insensitive loss function and an L 2 -norm penalty function; and d) estimating said relative proportion of said at least one of said plurality of cell populations among said second plurality of cell populations present in said biological sample based on said set of regression coefficients.
A speech recognition method comprising: determining a first score of candidate texts based on an input speech ; determining a weight for an output of a language model based on the input speech ; applying the weight to a second score of the candidate texts output from the language model to obtain a weighted second score ; selecting a target candidate text from among the candidate texts based on the first score and the weighted second score corresponding to the target candidate text ; and determining the target candidate text to correspond to a portion of the input speech , wherein the language model comprises a plurality of language models, wherein the determining of the weight comprises determining a weight to be applied to an output of each of the plurality of language models. determining a first score of candidate texts based on an input speech ; determining a weight for an output of a language model based on the input speech ; applying the weight to a second score of the candidate texts output from the language model to obtain a weighted second score ; selecting a target candidate text from among the candidate texts based on the first score and the weighted second score corresponding to the target candidate text ; and determining the target candidate text to correspond to a portion of the input speech , wherein the language model comprises a plurality of language models, wherein the determining of the weight comprises determining a weight to be applied to an output of each of the plurality of language models.
A method for preparing a microfluidic device comprising: a) providing a photosensitive element comprising a solid layer of a photopolymerizable composition comprising a binder, a monomer, and a photoinitiator; b) imagewise exposing the photopolymerizable layer to actinic radiation through a mask, forming at least a cured portion and an uncured portion of the layer; c) treating to remove the uncured portion from the layer and thereby form a precursor of the cured portion having an exterior surface and a relief pattern comprising at least one channel that is open to the exterior surface; and, d) disposing a cover member above the exterior surface of the precursor to enclose the channel and form the microfluidic device; and. e) degassing the precursor of the microfluidic device of step d) by applying vacuum. a) providing a photosensitive element comprising a solid layer of a photopolymerizable composition comprising a binder, a monomer, and a photoinitiator; b) imagewise exposing the photopolymerizable layer to actinic radiation through a mask, forming at least a cured portion and an uncured portion of the layer; c) treating to remove the uncured portion from the layer and thereby form a precursor of the cured portion having an exterior surface and a relief pattern comprising at least one channel that is open to the exterior surface; and, d) disposing a cover member above the exterior surface of the precursor to enclose the channel and form the microfluidic device; and. e) degassing the precursor of the microfluidic device of step d) by applying vacuum.
Battery having a plurality of battery cells , wherein a battery cell has substantially a parallelepipedal shape and the body thereof has a bottom surface , a top surface and at least one side surface arranged at an angle with respect to the bottom surface , wherein the maximum extent of the bottom surface is greater than the height of the battery cell body defined by the side surface , and the battery cell has terminals assigned to the respective battery cell poles, wherein the bottom surface and the top surface are congruent and form the largest surfaces of the body of the battery cell , wherein the terminals are arranged on at least one side surface of the battery cell , and the battery cell is subdivided into cell units by means of at least one partition wall , and the partition wall is configured in a thermally conductive fashion in such a way that it can be used to realize heat dissipation from at least one cell unit delimited by it to the surface of the battery cell , wherein the partition wall consists of a thermally conductive material, wherein a first cooling plate is arranged on the bottom surface , wherein the battery cells , forming the battery in the pack , are arranged in such a way that their battery poles are situated on at least one side surface of the battery cell pack , characterized in that a plurality of the battery cells have a bursting pressure opening , wherein said bursting pressure openings are connected to a central line for carrying away outflowing fluids, wherein the central line leads to a collecting container for receiving fluid from the battery cells .
Assembly of a main module and of a terminal block module that are intended to be joined with one another, the main module including: - a main positive busbar , - a main negative busbar , - at least one phase busbar intended to be connected to a respective phase of an electrical machine , - for each phase busbar : - a high-side switch connected between the main positive busbar and the phase busbar , - a low-side switch connected between the phase busbar and the main negative busbar , - an electrical ground , - a first capacitor connected between the main positive busbar and the electrical ground , - a second capacitor connected between the main negative busbar and the electrical ground , and the terminal block module including: - an auxiliary positive busbar having a positive terminal , the auxiliary positive busbar being intended to be connected to the main positive busbar when the terminal block module is joined with the main module , - an auxiliary negative busbar having a negative terminal , the auxiliary negative busbar being intended to be connected to the main negative busbar when the terminal block module is joined with the main module . - a main positive busbar , - a main negative busbar , - at least one phase busbar intended to be connected to a respective phase of an electrical machine , - for each phase busbar : - a high-side switch connected between the main positive busbar and the phase busbar , - a low-side switch connected between the phase busbar and the main negative busbar , - a high-side switch connected between the main positive busbar and the phase busbar , - a low-side switch connected between the phase busbar and the main negative busbar , - an electrical ground , - a first capacitor connected between the main positive busbar and the electrical ground , - a second capacitor connected between the main negative busbar and the electrical ground , - an auxiliary positive busbar having a positive terminal , the auxiliary positive busbar being intended to be connected to the main positive busbar when the terminal block module is joined with the main module , - an auxiliary negative busbar having a negative terminal , the auxiliary negative busbar being intended to be connected to the main negative busbar when the terminal block module is joined with the main module .
Wheel rim, said rim comprising an annular body made in one piece with a central annular portion , two peripheral annular portions and two intermediate annular portions , said central annular portion extending around an axis (X) and being configured for arrangement around a wheel hub, said two peripheral annular portions being located on two sides that are axially opposite said central annular portion , each peripheral annular portion being more distant from said axis (X) than said central annular portion and being configured for coupling with a bead of a tyre, each intermediate annular portion being arranged to join said central annular portion to a respective peripheral annular portion , each intermediate annular portion comprising a tilted wall , a central connecting wall that joins said tilted wall to said central annular portion , and a peripheral connecting wall that joins said tilted wall to the respective peripheral annular portion , said peripheral connecting wall being more distant from said axis (X) than said central connecting wall , said tilted wall comprising a frustoconical surface facing radially outwards, where "radially" is intended with reference to said axis; wherein said frustoconical surface of said tilted wall forms an angle α included in the range α = 50° ± 4° with a plane that is perpendicular to said axis (X) and wherein said central connecting wall comprises a convex annular surface facing radially outwards and connected on one side to said frustoconical surface of said tilted wall and on one axially opposite side to said central annular portion ; characterized in that: - said peripheral connecting wall comprises a frustoconical surface facing radially outwards and forming an angle β comprised in the range β = 5° ± 3° with a direction parallel to said axis (X); - said tilted wall has a thickness S2 and said frustoconical surface of said peripheral connecting wall is connected to said frustoconical surface of said tilted wall by means of an annular connecting surface with a radius of curvature R2, being 1.5 * S2 < R2 < 2.5 * S2. - said peripheral connecting wall comprises a frustoconical surface facing radially outwards and forming an angle β comprised in the range β = 5° ± 3° with a direction parallel to said axis (X); - said tilted wall has a thickness S2 and said frustoconical surface of said peripheral connecting wall is connected to said frustoconical surface of said tilted wall by means of an annular connecting surface with a radius of curvature R2, being 1.5 * S2 < R2 < 2.5 * S2.