mhurhangee/patent-ind-claim-en huggingface dataset:
A fluid flow detector system for detecting cerebrospinal fluid, comprising: a fluid flow detector comprising: a casing defining an interior chamber ; a rotatable wheel disposed within the interior chamber of the casing , the rotatable wheel including an axle and a plurality of radially extending arms extending from the axle , wherein at least one of the plurality of radially extending arms includes a radiopaque marker ; and a fluid pathway extending through the casing , wherein the fluid pathway is in fluid flow communication with at least one of the radially extending arms of the rotatable wheel ; and an X-ray apparatus for taking a first X-ray image of the casing at a first time sequence and a second X-ray image of the casing at a second time sequence wherein the rotatable wheel rotates about an axis defined by the axle and arranged within the interior chamber such that the flow of cerebrospinal fluid through the fluid pathway causes movement of the plurality of radially extending arms and provides an indication of fluid flow through the channel that allows the X-ray imaging apparatus to detect a difference in position of the radiopaque marker when the rotatable wheel is rotated by the flow of cerebrospinal fluid through the fluid pathway . a fluid flow detector comprising: a casing defining an interior chamber ; a rotatable wheel disposed within the interior chamber of the casing , the rotatable wheel including an axle and a plurality of radially extending arms extending from the axle , wherein at least one of the plurality of radially extending arms includes a radiopaque marker ; and a fluid pathway extending through the casing , wherein the fluid pathway is in fluid flow communication with at least one of the radially extending arms of the rotatable wheel ; and a casing defining an interior chamber ; a rotatable wheel disposed within the interior chamber of the casing , the rotatable wheel including an axle and a plurality of radially extending arms extending from the axle , wherein at least one of the plurality of radially extending arms includes a radiopaque marker ; and a fluid pathway extending through the casing , wherein the fluid pathway is in fluid flow communication with at least one of the radially extending arms of the rotatable wheel ; and an X-ray apparatus for taking a first X-ray image of the casing at a first time sequence and a second X-ray image of the casing at a second time sequence wherein the rotatable wheel rotates about an axis defined by the axle and arranged within the interior chamber such that the flow of cerebrospinal fluid through the fluid pathway causes movement of the plurality of radially extending arms and provides an indication of fluid flow through the channel that allows the X-ray imaging apparatus to detect a difference in position of the radiopaque marker when the rotatable wheel is rotated by the flow of cerebrospinal fluid through the fluid pathway .
A cooling system characterized by comprising: an electric pump configured to pump a coolant to a circulation channel connected to an inlet and an outlet of a cooling channel in which heat is exchanged with a cooling target ; a cooling target temperature sensor configured to detect a cooling target temperature (Tw) that is a temperature of the cooling target ; a coolant temperature sensor arranged upstream of the inlet in the circulation channel and configured to detect a coolant temperature (T F ) that is a temperature of the coolant; and an electronic control unit configured to control driving of the electric pump such that a discharge flow rate of the electric pump matches a target flow rate (Q*), the electronic control unit being configured to set the target flow rate (Q*) by using an equation based on a reference value obtained by dividing a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and a target cooling temperature (T*) of the cooling target by a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and the coolant temperature (T F ) detected by the coolant temperature sensor characterized in that the electronic control unit is configured to set the target flow rate (Q*) by using the equation dividing the reference value by a predetermined time constant (t). an electric pump configured to pump a coolant to a circulation channel connected to an inlet and an outlet of a cooling channel in which heat is exchanged with a cooling target ; a cooling target temperature sensor configured to detect a cooling target temperature (Tw) that is a temperature of the cooling target ; a coolant temperature sensor arranged upstream of the inlet in the circulation channel and configured to detect a coolant temperature (T F ) that is a temperature of the coolant; and an electronic control unit configured to control driving of the electric pump such that a discharge flow rate of the electric pump matches a target flow rate (Q*), the electronic control unit being configured to set the target flow rate (Q*) by using an equation based on a reference value obtained by dividing a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and a target cooling temperature (T*) of the cooling target by a difference between the cooling target temperature (Tw) detected by the cooling target temperature sensor and the coolant temperature (T F ) detected by the coolant temperature sensor characterized in that the electronic control unit is configured to set the target flow rate (Q*) by using the equation dividing the reference value by a predetermined time constant (t).
Motor vehicle rear axle cross member system comprising a cross member in sheet form in a section perpendicular to its length a " U " open, equipped with a support adapted to receive a force transmitted to this cross member , characterized in that it comprises at least two tubular inserts passing through the cross member , a spacer fitted in this cross member , and fixing screws of the support on the cross member which are fitted in these inserts .
A composition or pharmaceutical composition comprising a) one or more compounds selected from the group consisting of Analog 1, Analog 3, Analog 4, Analog 2, a compound of Formula I, a compound of Formula la, a pharmaceutically acceptable salt, a stereoisomer, or a tautomer thereof, and b) a carrier or pharmaceutically acceptable carrier, and optionally c) one or more adjunct agent, or, wherein when the compound comprises Formula I or Formula la, R1 is -NRbRc; wherein Rb and Rc are independently selected from the group consisting of -H, -OH, and - CH 2 CH 2 OH; wherein R2 and R3 are independently selected from the group consisting of -OH, and =O; and/or wherein R4 is -H.
A separator for separating the anode and cathode compartments in electrochemical cells, comprising (a) a support made of polyethylene and/or polypropylene fibres, and b) a Fe(III)-containing precipitate deposited on the support according to point a). (a) a support made of polyethylene and/or polypropylene fibres, and b) a Fe(III)-containing precipitate deposited on the support according to point a).
Valve for metering a fluid, in particular fuel injection valve for internal combustion engines, having an electromagnetic actuator which has an armature which is arranged in an armature chamber , and having a valve needle which can be actuated by the actuator by means of the armature , wherein the armature is guided on the valve needle , wherein, on the valve needle , there are arranged a first stop element , which interacts with a first face side of the armature during operation, and a second stop element , which interacts with a second face side of the armature during operation, said stop elements limiting a movement of the armature relative to the valve needle , and wherein the armature has a spring receptacle which is open towards the first face side of the armature and into which there is inserted a spring which is supported against the stop element , wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region , adjoining the first face side of the armature , of the armature chamber and a second region , adjoining the second face side of the armature , of the armature chamber , wherein the fluid channel at least partially incorporates the spring receptacle , and wherein the fluid channel at least sectionally extends radially outwardly along a direction which is oriented from the first face side to the second face side and which is coaxial with respect to a longitudinal axis , characterized in that the fluid channel has a first coaxial blind bore , which extends in the coaxial direction from the first face side of the armature , and a second coaxial blind bore , which extends counter to the coaxial direction from the second face side of the armature , said blind bores intersecting one another within the armature , and in that the second blind bore is situated radially further to the outside than the first blind bore with respect to the longitudinal axis . wherein the armature has at least one fluid channel which, during operation, allows fluid to pass between a first region , adjoining the first face side of the armature , of the armature chamber and a second region , adjoining the second face side of the armature , of the armature chamber , wherein the fluid channel at least partially incorporates the spring receptacle , and wherein the fluid channel at least sectionally extends radially outwardly along a direction which is oriented from the first face side to the second face side and which is coaxial with respect to a longitudinal axis , characterized in that the fluid channel has a first coaxial blind bore , which extends in the coaxial direction from the first face side of the armature , and a second coaxial blind bore , which extends counter to the coaxial direction from the second face side of the armature , said blind bores intersecting one another within the armature , and in that the second blind bore is situated radially further to the outside than the first blind bore with respect to the longitudinal axis .
A rollable display device comprising: a housing ; a roller disposed inside the housing ; and a flexible display configured to be at least partially wound on the roller , the flexible display including a pixel layer and a window , wherein the window includes: a first region having a substantially constant thickness, a second region extending from one end of the first region having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region , and a third region extending from one end of the second region having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region , and wherein at least a portion of the second region and the third region are configured to be drawn into interior of the rollable display device when the flexible display is wound around the roller . a housing ; a roller disposed inside the housing ; and a flexible display configured to be at least partially wound on the roller , the flexible display including a pixel layer and a window , wherein the window includes: a first region having a substantially constant thickness, a second region extending from one end of the first region having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region , and a third region extending from one end of the second region having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region , and a first region having a substantially constant thickness, a second region extending from one end of the first region having a thickness that gradually decreases with a first inclination, in a direction away from the one end of the first region , and a third region extending from one end of the second region having a thickness that gradually decreases with a second inclination different from the first inclination, in a direction away from the second region , and wherein at least a portion of the second region and the third region are configured to be drawn into interior of the rollable display device when the flexible display is wound around the roller .
A control handle for operating a prosthesis having an actively controllable stent lattice, the handle comprising a jack engine configured to control rotation of a jack assembly of the stent lattice of the prosthesis when the prosthesis is releasably coupled to the handle, wherein the jack engine includes a motor and a drive wire arranged to be rotated by the motor to rotate the jack assembly, and wherein the jack engine is configured to limit the torque of the motor to prevent breaking of the lattice.
Optical instrument, in particular an endoscope, with a hollow instrument housing for receiving optical elements , wherein the instrument housing is closed in a fluid-tight manner at the distal end or proximal end via an end window , wherein the end window is sealed off in a fluid-tight manner with respect to the instrument housing via at least one spring-loaded sealing element , wherein the at least one spring-loaded sealing element is spring-loaded in the direction of the end window via at least one spring element , wherein a respective spring-loaded sealing element is arranged in front of and behind the end window in the axial direction of the instrument housing , wherein the sealing elements at both sides are spring-loaded in the direction of the end window via respective spring elements , characterized in that the spring elements are designed as an outer spring disc , and as an inner spring sleeve mounted coaxially on the instrument housing .
A method of additive manufacturing an object featuring properties of a hard bodily tissue, the method comprising: dispensing and solidifying a plurality of non-biological material formulations to sequentially form a plurality of hardened layers in a configured pattern corresponding to a shape of the object, wherein for at least a portion of said layers, said dispensing comprises forming voxel elements containing different material formulations at interlaced locations to form a three-dimensional textured region spanning over said portion, and wherein said material formulations and said interlaced locations are selected such that said textured region exhibits, once hardened, a stress variation of at most ±20% over a strain range of from about 0.1% to about 0.3%; wherein said dispensing comprises dispensing at least one of said material formulations to form a shell at least partially surrounding said textured region, such that once said textured region and said shell are hardened, a hardness of said shell is higher than a hardness of said textured region, and wherein said interlaced locations of said textured region are selected according to a modulating function which comprises a noise function. dispensing and solidifying a plurality of non-biological material formulations to sequentially form a plurality of hardened layers in a configured pattern corresponding to a shape of the object, wherein for at least a portion of said layers, said dispensing comprises forming voxel elements containing different material formulations at interlaced locations to form a three-dimensional textured region spanning over said portion, and wherein said material formulations and said interlaced locations are selected such that said textured region exhibits, once hardened, a stress variation of at most ±20% over a strain range of from about 0.1% to about 0.3%; wherein said dispensing comprises dispensing at least one of said material formulations to form a shell at least partially surrounding said textured region, such that once said textured region and said shell are hardened, a hardness of said shell is higher than a hardness of said textured region, and wherein said interlaced locations of said textured region are selected according to a modulating function which comprises a noise function.
An implant for use in orthopedic surgery, comprising: a body having a rod-receiving recess , the body having first and second sides defining openings to the rod-receiving recess , the rod-receiving recess defining a central longitudinal rod axis (A4) extending between the openings of the first and second sides, wherein at least a portion of the rod-receiving recess is formed by an inner surface of the implant, the inner surface defining two grip grooves extending parallel to each other and the central longitudinal rod axis (A4), wherein each grip groove defines two edges where the grip groove intersects the inner surface, the four edges of the two grip grooves together defining a circular radius about the central longitudinal rod axis (A4); and a retaining member configured to move with respect to the body , exert a force against a rod (R1) in the rod-receiving recess that is perpendicular to the central longitudinal rod axis (A4), and engage the rod (R1) against the four edges of the two grip grooves , wherein the engagement of the four edges of the grip grooves against the rod (R1) serves to restrain rotational movement of the rod (R1) about the central longitudinal rod axis (A4). a body having a rod-receiving recess , the body having first and second sides defining openings to the rod-receiving recess , the rod-receiving recess defining a central longitudinal rod axis (A4) extending between the openings of the first and second sides, wherein at least a portion of the rod-receiving recess is formed by an inner surface of the implant, the inner surface defining two grip grooves extending parallel to each other and the central longitudinal rod axis (A4), wherein each grip groove defines two edges where the grip groove intersects the inner surface, the four edges of the two grip grooves together defining a circular radius about the central longitudinal rod axis (A4); and a retaining member configured to move with respect to the body , exert a force against a rod (R1) in the rod-receiving recess that is perpendicular to the central longitudinal rod axis (A4), and engage the rod (R1) against the four edges of the two grip grooves , wherein the engagement of the four edges of the grip grooves against the rod (R1) serves to restrain rotational movement of the rod (R1) about the central longitudinal rod axis (A4).
An intermediate transfer member for use in an image recording method comprising the steps of applying a reaction liquid to the intermediate transfer member, applying an ink to the intermediate transfer member so as to overlap with at least a part of a region to which the reaction liquid has been applied, thereby forming an intermediate image, and transferring the intermediate image to a recording medium , wherein a surface of the intermediate transfer member has a plurality of protruded structures having an average height (h) of 0.05 μm or more and 1.00 μm or less, characterized in that an average of a surface area (S2) per unit area (S1) of the surface of the intermediate transfer member is 1.2 or more and 10.0 or less. wherein a surface of the intermediate transfer member has a plurality of protruded structures having an average height (h) of 0.05 μm or more and 1.00 μm or less, characterized in that an average of a surface area (S2) per unit area (S1) of the surface of the intermediate transfer member is 1.2 or more and 10.0 or less.
A lubricating composition comprising a base oil blend and an additive package, wherein at least 98 wt% of the base oil blend, based upon the weight of the base oil blend, consists of: (a) base oil chosen from Group I with a kinematic viscosity at 100 °C according to ASTM D 445/446 of less than 20 mm 2 /s; (b) base oil chosen from Group II with a kinematic viscosity at 100 °C according to ASTM D 445/446 of above 12 mm 2 /s; and (c) deasphalted cylinder oil; and wherein the lubricating composition has a kinematic viscosity at 100°C according to ASTM D 445/446 of above 12.5 mm 2 /s and below 30 mm 2 /s, wherein the base oil chosen from Group I makes up at least 30 wt% and less than 94 wt% of the base oil blend, based upon the weight of the base oil blend; the base oil chosen from Group II makes up at least 5 wt% and less than 45 wt% of the base oil blend, based upon the weight of the base oil blend; and the de-asphalted cylinder oil makes up at least 1 wt% and less than 15 wt% of the base oil blend, based upon the weight of the base oil blend, wherein the term "base oil blend" describes all the base oils that are present in the lubricating composition. (a) base oil chosen from Group I with a kinematic viscosity at 100 °C according to ASTM D 445/446 of less than 20 mm 2 /s; (b) base oil chosen from Group II with a kinematic viscosity at 100 °C according to ASTM D 445/446 of above 12 mm 2 /s; and (c) deasphalted cylinder oil;
Connection profile for components adjoining plaster , for example for window frames, door frames or roller shutter rails, having a sealing limb , which has at least one sealing strip on the component side for sealing on the component , and having a plastering limb projecting essentially perpendicularly from the sealing limb , which, together with a plastering strip projecting from the sealing limb and ending in a take-off edge , spans a plaster-receiving space , the width of which is defined by the normal distance (a) of the take-off edge from the plastering limb , characterised in that the width of the plaster-receiving space is designed to be variably adjustable in such a manner - that either the sealing limb together with the plastering strip on the one hand and the plastering limb on the other hand are separately produced parts of the connection profile , wherein the rear side of the sealing limb facing away from the sealing strip comprises at least one joining region in which the plastering limb produced separately from the sealing limb can be fastened at a predeterminable normal distance (a) from the take-off edge , - or that the sealing limb together with the plastering limb on the one hand and the plastering strip on the other hand are separately produced parts of the connection profile , wherein the sealing limb has a groove-shaped receptacle in which a retaining web of the plastering strip produced separately from the sealing limb can be fixed in a plurality of different latching positions, so that the plastering limb has a predeterminable normal distance (a) from the take-off edge , wherein the separately produced parts can be combined at the factory or by the user to form a connection profile having a plaster-receiving space of different widths. - that either the sealing limb together with the plastering strip on the one hand and the plastering limb on the other hand are separately produced parts of the connection profile , wherein the rear side of the sealing limb facing away from the sealing strip comprises at least one joining region in which the plastering limb produced separately from the sealing limb can be fastened at a predeterminable normal distance (a) from the take-off edge , - or that the sealing limb together with the plastering limb on the one hand and the plastering strip on the other hand are separately produced parts of the connection profile , wherein the sealing limb has a groove-shaped receptacle in which a retaining web of the plastering strip produced separately from the sealing limb can be fixed in a plurality of different latching positions, so that the plastering limb has a predeterminable normal distance (a) from the take-off edge ,