mhurhangee/patent-ind-claim-en huggingface dataset:
An in-wheel motor drive device , comprising: a motor part (A); a speed reduction part (B); a wheel bearing part (C); and a casing , the motor part (A) comprising: a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of a plurality of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, the rotation shaft of the motor in the motor part (A) being configured to rotationally drive an input shaft of a speed reducer in the speed reduction part (B), the speed reduction part (B) being configured to reduce a speed of rotation of the input shaft of the speed reducer to transmit the rotation to an output shaft of the speed reducer, the wheel bearing part (C) being connected to the output shaft of the speed reducer, characterized in that the rotation shaft of the motor is made of case hardening steel and subjected to carburizing, quenching, and tempering as heat treatment, wherein the rotation shaft of the motor comprises a flange portion configured to hold one end of the rotor in an axial direction of the rotor , wherein the rotation shaft of the motor further comprises a clamping member to be brought into contact with another end of the rotor . wherein the rotor is clamped by the flange portion and the clamping member to be mounted to the rotation shaft of the motor, and wherein the flange portion comprises a low-hardness portion for adjustment of unbalance. a motor part (A); a speed reduction part (B); a wheel bearing part (C); and a casing , the motor part (A) comprising: a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of a plurality of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, a stator , which is fixed to the casing ; a rotation shaft of a motor, which is rotatably supported on the casing through intermediation of a plurality of rolling bearings ; and a rotor , which is mounted to the rotation shaft of the motor, the rotation shaft of the motor in the motor part (A) being configured to rotationally drive an input shaft of a speed reducer in the speed reduction part (B), the speed reduction part (B) being configured to reduce a speed of rotation of the input shaft of the speed reducer to transmit the rotation to an output shaft of the speed reducer, the wheel bearing part (C) being connected to the output shaft of the speed reducer, characterized in that the rotation shaft of the motor is made of case hardening steel and subjected to carburizing, quenching, and tempering as heat treatment, wherein the rotation shaft of the motor comprises a flange portion configured to hold one end of the rotor in an axial direction of the rotor , wherein the rotation shaft of the motor further comprises a clamping member to be brought into contact with another end of the rotor . wherein the rotor is clamped by the flange portion and the clamping member to be mounted to the rotation shaft of the motor, and wherein the flange portion comprises a low-hardness portion for adjustment of unbalance.
A pharmaceutical formulation selected from a tablet or a capsule comprising: (a) clomipramine or its pharmaceutically acceptable salt; and (b) sildenafil or its pharmaceutically acceptable salt, preferably clomipramine hydrochloride and sildenafil citrate, wherein the clomipramine and the sildenafil are separated from each other to block contact between the clomipramine and the sildenafil, wherein clomipramine granules are manufactured first by wet granulation method and then following process is conducted for manufacturing the tablet or the capsule from the granule, wherein corn starch and/or mannitol is used as an excipient and sodium starch glycolate is used as a disintegrant when manufacturing the clomipramine-containing granules, and wherein the tablet or capsule comprising the clomipramine or its pharmaceutically acceptable salt contains a binder in an amount of 0.5 wt% or less based on the total weight of the tablet or capsule.
A drill assembly comprising: a cutting tool slidably movable along a longitudinal axis (A) of the drill assembly and drivable to cut an object ; a pressure loaded drive control assembly configurable in an active configuration and an inactive configuration, in the active configuration the pressure loaded drive control assembly transfers energy from a motor to the cutting tool to drive the cutting tool , in the inactive configuration the pressure loaded drive control assembly prevents energy transfer from the motor to the cutting tool ; and a biasing member of the pressure loaded drive control assembly configured to bias the pressure loaded drive control assembly in the inactive configuration; wherein depressing the cutting tool against the object applies a load to the cutting tool to move the cutting tool along the longitudinal axis (A) in a first direction and moves the pressure loaded drive control assembly from the inactive configuration to the active configuration; wherein the biasing member moves the cutting tool along the longitudinal axis (A) in a second direction that is opposite to the first direction and returns the pressure loaded drive control assembly to the inactive configuration from the active configuration when the load is no longer applied to the cutting tool ; and characterised in that the pressure loaded drive control assembly is a friction clutch configuration. a cutting tool slidably movable along a longitudinal axis (A) of the drill assembly and drivable to cut an object ; a pressure loaded drive control assembly configurable in an active configuration and an inactive configuration, in the active configuration the pressure loaded drive control assembly transfers energy from a motor to the cutting tool to drive the cutting tool , in the inactive configuration the pressure loaded drive control assembly prevents energy transfer from the motor to the cutting tool ; and a biasing member of the pressure loaded drive control assembly configured to bias the pressure loaded drive control assembly in the inactive configuration; wherein depressing the cutting tool against the object applies a load to the cutting tool to move the cutting tool along the longitudinal axis (A) in a first direction and moves the pressure loaded drive control assembly from the inactive configuration to the active configuration; wherein the biasing member moves the cutting tool along the longitudinal axis (A) in a second direction that is opposite to the first direction and returns the pressure loaded drive control assembly to the inactive configuration from the active configuration when the load is no longer applied to the cutting tool ; and characterised in that the pressure loaded drive control assembly is a friction clutch configuration.
An antibacterial product, comprising at least one antibacterial part, wherein the antibacterial part includes a sintered silver-containing surface layer, the sintered silver is silver obtained by sintering silver nitrate as a silver salt compound under a nitrogen atmosphere including nitrogen in an amount of 99 to 100vol% at a temperature of 440°C to 1000°C and the antibacterial product is an antibacterial metal scrubber. wherein the antibacterial part includes a sintered silver-containing surface layer, the sintered silver is silver obtained by sintering silver nitrate as a silver salt compound under a nitrogen atmosphere including nitrogen in an amount of 99 to 100vol% at a temperature of 440°C to 1000°C and the antibacterial product is an antibacterial metal scrubber.
An exhaust gas heat exchanger , in particular for motor vehicles, with a main flow path and an alternate flow path, also called bypass, for the exhaust gas, with a valve mechanism controlling an exhaust gas flow, operable by an actuator via a transmission mechanism , wherein the valve mechanism comprises a valve closing member mounted on a valve shaft , wherein the valve shaft can be loaded by a torsion spring , which is braced on the one hand against the valve shaft and against the valve mechanism on the other, and the torsion spring is constructed as a helically wound flexion spring or leg spring with two spring legs or as a spiral spring, and the valve shaft has a shaft section led out of the valve mechanism , and that the torsion spring is arranged coaxially on the shaft section , characterised in that a bushing is arranged inside the torsion spring on the shaft section , wherein the torsion spring is constructed as a reset spring for the actuator and the actuator is fastened to the housing of the exhaust gas heat exchanger and wherein the actuator is constructed as a negative pressure actuator without a reset spring in the negative pressure actuator.
A filter assembly for filtering diesel fuel used by a diesel engine, comprising: a housing comprising a cuboid configuration and defining a housing opening, an unfiltered fuel inlet and a filtered fuel outlet ; a panel being matable to said housing for sealably enclosing said opening thereby forming a housing chamber, said panel defining an inner surface disposed within said housing chamber when said panel encloses said opening; a filter element defined by a peripheral wall and including filter media having a peripheral edge sealed to the peripheral wall to define an unfiltered side and a filtered side of said filter element , said peripheral wall being sealably affixed to said inner surface of said panel thereby enclosing said unfiltered side of said filter element from said housing chamber and defining an unfiltered chamber between the filter media and the inner surface , said unfiltered chamber being disposed in fluid communication with said unfiltered fuel inlet via an unfiltered fluid aperture in the peripheral wall ; and a permeable barrier affixed to said peripheral wall defining a filtered chamber with said filtered side of said filter element and receiving filtered fuel from said unfiltered chamber through said filter media ; said housing chamber receiving filtered fuel through said permeable barrier and being fluidly connected with said filtered fuel outlet . a housing comprising a cuboid configuration and defining a housing opening, an unfiltered fuel inlet and a filtered fuel outlet ; a panel being matable to said housing for sealably enclosing said opening thereby forming a housing chamber, said panel defining an inner surface disposed within said housing chamber when said panel encloses said opening; a filter element defined by a peripheral wall and including filter media having a peripheral edge sealed to the peripheral wall to define an unfiltered side and a filtered side of said filter element , said peripheral wall being sealably affixed to said inner surface of said panel thereby enclosing said unfiltered side of said filter element from said housing chamber and defining an unfiltered chamber between the filter media and the inner surface , said unfiltered chamber being disposed in fluid communication with said unfiltered fuel inlet via an unfiltered fluid aperture in the peripheral wall ; and a permeable barrier affixed to said peripheral wall defining a filtered chamber with said filtered side of said filter element and receiving filtered fuel from said unfiltered chamber through said filter media ; said housing chamber receiving filtered fuel through said permeable barrier and being fluidly connected with said filtered fuel outlet .
A method of manufacturing a laminate comprising steps of: (i) preparing a base material; (ii) forming an under coat layer on at least a part of a top surface of the base material, having a membranous shape or a film shape and containing an organic polymer having functional groups including OH groups, wherein said organic polymer is a copolymer of poly (methacrylic acid-2-hydroxyethyl) and polymethylmethacrylate; (iii) surface-treating a part of an exposed surface of the under coat layer and densifying the functional groups of the organic polymer; (iv) supplying a precursor material on the exposed surface such that a precursor that becomes an atomic layer deposition film is coupled to the OH groups and the densified functional groups of the organic polymer contained in the under coat layer; (v) removing, from the precursor material, excess precursor material which is not coupled to the under coat layer; and (vi) saturating a coupling amount of the precursor which is coupled to the OH groups of the organic polymer and the densified functional groups of the organic polymer by repeating steps (iv) and (v) 1 to 30 times, thereby forming the atomic layer deposition film. (i) preparing a base material; (ii) forming an under coat layer on at least a part of a top surface of the base material, having a membranous shape or a film shape and containing an organic polymer having functional groups including OH groups, wherein said organic polymer is a copolymer of poly (methacrylic acid-2-hydroxyethyl) and polymethylmethacrylate; (iii) surface-treating a part of an exposed surface of the under coat layer and densifying the functional groups of the organic polymer; (iv) supplying a precursor material on the exposed surface such that a precursor that becomes an atomic layer deposition film is coupled to the OH groups and the densified functional groups of the organic polymer contained in the under coat layer; (v) removing, from the precursor material, excess precursor material which is not coupled to the under coat layer; and (vi) saturating a coupling amount of the precursor which is coupled to the OH groups of the organic polymer and the densified functional groups of the organic polymer by repeating steps (iv) and (v) 1 to 30 times, thereby forming the atomic layer deposition film.
A method comprising: receiving, by a remote control device , a user command for operating a target media device , wherein a signal to operate the target media device is not stored on the remote control device when the user command is received; transmitting, by the remote control device to a second media device , information associated with the user command; receiving, by the remote control device from the second media device , signal information associated with the signal to operate the target media device; identifying, by the remote control device , the target media device for transmitting the signal; and transmitting, by the remote control device to the target media device , the signal to operate the target media device , wherein the target media device performs a function based on the signal received from the remote control device; wherein: said identifying the target media device is based on one of: an explicit identification of the target media device included in the signal information received from the second media device ; and state information of the target media device included in the signal information received from the second media device . receiving, by a remote control device , a user command for operating a target media device , wherein a signal to operate the target media device is not stored on the remote control device when the user command is received; transmitting, by the remote control device to a second media device , information associated with the user command; receiving, by the remote control device from the second media device , signal information associated with the signal to operate the target media device; identifying, by the remote control device , the target media device for transmitting the signal; and transmitting, by the remote control device to the target media device , the signal to operate the target media device , wherein the target media device performs a function based on the signal received from the remote control device; wherein: said identifying the target media device is based on one of: an explicit identification of the target media device included in the signal information received from the second media device ; and state information of the target media device included in the signal information received from the second media device . an explicit identification of the target media device included in the signal information received from the second media device ; and state information of the target media device included in the signal information received from the second media device .
Bushing for connecting a separable connector to a switchgear or to a transformer in a power distribution network of a national grid for distributing electrical power at medium or high voltages, the bushing comprising a) a bushing body comprising a solidified, electrically insulating casting material; b) a bushing conductor , embedded in the casting material, for conducting power at medium or high voltages into the switchgear or the transformer, and c) an integrated primary capacitor , operable in a high-voltage portion of a voltage divider for sensing a voltage of the bushing conductor , wherein the primary capacitor comprises a low-voltage electrode , a high-voltage electrode and a dielectric; wherein the high-voltage electrode is a section of the bushing conductor ; wherein the low-voltage electrode is embedded in the casting material and comprises a circumferential wall surrounding the bushing conductor and forming a cavity ; wherein the dielectric is formed by a portion of the casting material arranged in the cavity , and wherein the circumferential wall comprises a mesh of conductive wires forming a plurality of apertures between the conductive wires to allow the casting material radially outside the circumferential wall to be mechanically connected with the casting material in the cavity , characterized in that the bushing further comprises at least one low-voltage capacitor , comprised in a low-voltage portion of the voltage divider and electrically connected in series to the primary capacitor , wherein the at least one low-voltage capacitor is a discrete capacitor, such as a surface-mount capacitor , embedded in the casting material. a) a bushing body comprising a solidified, electrically insulating casting material; b) a bushing conductor , embedded in the casting material, for conducting power at medium or high voltages into the switchgear or the transformer, and c) an integrated primary capacitor , operable in a high-voltage portion of a voltage divider for sensing a voltage of the bushing conductor , wherein the primary capacitor comprises a low-voltage electrode , a high-voltage electrode and a dielectric; wherein the high-voltage electrode is a section of the bushing conductor ; wherein the low-voltage electrode is embedded in the casting material and comprises a circumferential wall surrounding the bushing conductor and forming a cavity ; wherein the dielectric is formed by a portion of the casting material arranged in the cavity , and wherein the circumferential wall comprises a mesh of conductive wires forming a plurality of apertures between the conductive wires to allow the casting material radially outside the circumferential wall to be mechanically connected with the casting material in the cavity , characterized in that the bushing further comprises at least one low-voltage capacitor , comprised in a low-voltage portion of the voltage divider and electrically connected in series to the primary capacitor , wherein the at least one low-voltage capacitor is a discrete capacitor, such as a surface-mount capacitor , embedded in the casting material.
A packaging unit for a substrate , comprising: - a tray , - a substrate , and - a lid , wherein the substrate is placed in the tray , wherein a metal deposit is applied to a surface of the substrate , and an adhesive point is arranged on the metal deposit , and wherein the lid is placed on the tray and has at least one projection which contacts the substrate outside the adhesive point and fixes the substrate in a direction perpendicular to the surface of the substrate , wherein at least two substrates are placed as a stack in the tray , and wherein a spacer is inserted between the substrates in such a way that the spacer contacts the substrate only outside the adhesive point , wherein the tray and the spacer are configured so that the adhesive point that is directed upwards in the vertical direction does not come into contact with an inner side of the lid or a substrate placed thereupon. - a tray , - a substrate , and - a lid ,
A capture basket system for use below an underdeck pipehandling machine being supported by a structure on a drill rig , wherein the capture basket system includes: - a capture basket that is designed to retain an object , such as a pipe, falling from the underdeck pipehandling machine , characterised in that the capture basket system further comprising energy absorbing means including an elongated element , and in that the capture basket is connected, by hanging of said elongated element of the energy absorbing means, to the structure supporting the underdeck pipehandling machine . - a capture basket that is designed to retain an object , such as a pipe, falling from the underdeck pipehandling machine , characterised in that the capture basket system further comprising energy absorbing means including an elongated element , and in that the capture basket is connected, by hanging of said elongated element of the energy absorbing means, to the structure supporting the underdeck pipehandling machine .
A pneumatic tyre provided with a noise damper made of a porous material having interconnected cells on an inner surface of a tread portion , wherein in the noise damper , the number of cells, measured in accordance with JIS K 6400-1, is 30 or more and 60 or less / 25 mm length on a straight line, wherein the number of cells means the number of the cells at least a part of which is located on the 25 mm long straight line, characterized in that , in an arbitrary cross section of the noise damper , a ratio of a total sum ΣSa of cross-sectional areas of the cells to an area (S) of the cross section is 10% or more and 30% or less.
Unlocking apparatus (28; 228; 428; 628; 828) for unlocking locking devices of at least two medical ring instruments , said locking devices comprising cooperating locking elements , wherein the cooperating locking elements are in force-locking and/or positive-locking engagement in a locked position and are out of engagement in an unlocked position, wherein the ring instruments each comprise a first branch with a first distal end and a first proximal end and each comprise a second branch with a second distal end and a second proximal end , wherein the first branch and the second branch of each ring instrument are mounted on one another so as to be pivotable about a pivot axis , wherein a first ring is arranged or formed on the first proximal end of the first branch of each ring instrument and wherein a second ring is arranged or formed on the second proximal end of the second branch of each ring instrument , wherein each first ring defines a first ring plane and wherein each second ring defines a second ring plane , wherein the first ring plane and the second ring plane of each ring instrument run in parallel or substantially in parallel to one another, wherein the pivot axis runs transversely, in particular perpendicularly, to the first ring plane and/or to the second ring plane , wherein the unlocking apparatus comprises a receiving body (72; 672) with at least two ring receptacles (88; 688) for accommodating the first rings of the at least two ring instruments , wherein the unlocking apparatus comprises an unlocking body (74; 274; 674) with at least two unlocking elements (112; 312; 712) cooperating with the second rings of the at least two ring instruments , wherein the unlocking body (74; 274; 674) and the receiving body (72; 672) are arranged so as to be movable relative to one another in an actuating direction (118; 318; 518; 718; 918) in such a way that the at least two unlocking elements (112; 312; 712) thereby engage on the second rings and move same relative to the first rings in an unlocking direction transversely, in particular perpendicularly, to the first ring plane and to the second ring plane for transferring the locking devices of the at least two ring instruments from the locked position into the unlocked position.