mhurhangee/patent-ind-claim-en huggingface dataset:
An apparatus comprising: a coupler comprising a hollow sleeve including a first end and a second end, the hollow sleeve configured to be rotatably coupled to an intraosseous device while the hollow sleeve is coupled in a fixed relation to a driver , such that the intraosseous device is operable to rotate relative to the hollow sleeve when coupled together; where the first end of the hollow sleeve includes an opening through which a portion of the intraosseous device extends when the hollow sleeve is rotatably coupled to the intraosseous device; where the second end of the hollow sleeve has a recess configured to receive a portion of the driver ; where the second end of the hollow sleeve is configured to releasably engage the driver in the fixed relation such that rotation of the hollow sleeve relative to the driver is restricted; and where the hollow sleeve is operable to permit the driver to rotate the intraosseous device when the hollow sleeve is releasably engaged to the driver in the fixed relation. a coupler comprising a hollow sleeve including a first end and a second end, the hollow sleeve configured to be rotatably coupled to an intraosseous device while the hollow sleeve is coupled in a fixed relation to a driver , such that the intraosseous device is operable to rotate relative to the hollow sleeve when coupled together; where the first end of the hollow sleeve includes an opening through which a portion of the intraosseous device extends when the hollow sleeve is rotatably coupled to the intraosseous device; where the second end of the hollow sleeve has a recess configured to receive a portion of the driver ; where the second end of the hollow sleeve is configured to releasably engage the driver in the fixed relation such that rotation of the hollow sleeve relative to the driver is restricted; and where the hollow sleeve is operable to permit the driver to rotate the intraosseous device when the hollow sleeve is releasably engaged to the driver in the fixed relation.
Method of treating an interior surface of a workpiece ; said method comprising i) providing said workpiece having an interior passage defined at least partly by said interior surface to be treated, said passage having an inlet portion and an outlet portion; ii) providing in said interior passage at least one deflecting object , said deflecting object having an outer surface, whereby a space is formed between said outer surface of said at least one deflecting object and said interior surface of said workpiece ; iii) providing an abrasive fluid in said space, such that said space is substantially filled with said abrasive fluid; and iv) effecting flow of said abrasive fluid through said interior passage from said inlet portion to said outlet portion, which comprises moving a piston in a cylinder connected to said inlet portion of said interior passage , wherein said at least one deflecting object is moved in said passage , and said movement comprises movement in a direction parallel to a longitudinal axis of said passage , and wherein said at least one deflecting object effects a local reduction of the effective cross sectional area available for fluid flow, thus increasing the velocity of the abrasive fluid locally in the vicinity of the deflecting object, characterised in that said at least one deflecting object is mounted on a rod , which is connected to said piston . i) providing said workpiece having an interior passage defined at least partly by said interior surface to be treated, said passage having an inlet portion and an outlet portion; ii) providing in said interior passage at least one deflecting object , said deflecting object having an outer surface, whereby a space is formed between said outer surface of said at least one deflecting object and said interior surface of said workpiece ; iii) providing an abrasive fluid in said space, such that said space is substantially filled with said abrasive fluid; and iv) effecting flow of said abrasive fluid through said interior passage from said inlet portion to said outlet portion, which comprises moving a piston in a cylinder connected to said inlet portion of said interior passage ,
A sanitary fitting , comprising a fitting housing and a plastic inner part which is at least partially inserted into the fitting housing , wherein the plastic inner part forms at least one water path in the fitting housing , wherein at least part of a thermostat device of the sanitary fitting is formed in the plastic inner part , and wherein a housing element of the thermostat device , which is arranged at least partially in the plastic inner part and whose position relative to the plastic inner part in the axial direction of the thermostat device defines a control gap of the thermostat device , is fixedly connected to the plastic inner part , wherein the plastic inner part is locked in the fitting housing by means of a water connection element inserted at least partially into the fitting housing .
A method for wireless communication performed by a user equipment, UE, comprising: receiving a discovery reference signal, DRS, including a skipping signal identifying one or more UEs that are to skip frequency hopping for a duration indicated by the skipping signal; staying on an anchor channel when the skipping signal identifies the UE; and switching from the anchor channel to a first downlink, DL, hopping channel of a DL frequency hopping pattern when the signal does not identify the UE. receiving a discovery reference signal, DRS, including a skipping signal identifying one or more UEs that are to skip frequency hopping for a duration indicated by the skipping signal; staying on an anchor channel when the skipping signal identifies the UE; and switching from the anchor channel to a first downlink, DL, hopping channel of a DL frequency hopping pattern when the signal does not identify the UE.
A device for peeling surface of an object comprising: - an electromagnetic rod comprising coils, wherein the electromagnetic rod is adapted to be placed through the object via an axis passing through a center of the object ; - a first disc comprising a groove for allowing an access to the electromagnetic rod into the first disc , and extending one or more wires from the first disc ; - a set of blades made of ferromagnetic material and having a sharp edge , the set of blades arranged in near proximity to each other and bound by one or more wires passing through the blades , wherein the blades are arranged such that the sharp edges are adapted to be tangentially placed to a surface of the object ; - a second disc receiving one or more wires extending from the first disc and passing through the set of blades ; and - a current source connected to the electromagnetic rod and adapted to supply current to the coils, the coils generate electromagnetic field in the electromagnetic rod , so that the electromagnetic rod pulls the set of blades towards itself, wherein the first disc and the second disc are adapted to be rotated such that the blades are also rotated along with the discs and adapted to peel off a skin from the surface of the object . - an electromagnetic rod comprising coils, wherein the electromagnetic rod is adapted to be placed through the object via an axis passing through a center of the object ; - a first disc comprising a groove for allowing an access to the electromagnetic rod into the first disc , and extending one or more wires from the first disc ; - a set of blades made of ferromagnetic material and having a sharp edge , the set of blades arranged in near proximity to each other and bound by one or more wires passing through the blades , wherein the blades are arranged such that the sharp edges are adapted to be tangentially placed to a surface of the object ; - a second disc receiving one or more wires extending from the first disc and passing through the set of blades ; and - a current source connected to the electromagnetic rod and adapted to supply current to the coils, the coils generate electromagnetic field in the electromagnetic rod , so that the electromagnetic rod pulls the set of blades towards itself,
An illumination device comprising: • four light sources , comprising a red light source, a green light source, a blue light source, and a white light source; • a number of light collecting means adapted to collect the light generated by said four light sources and to convert said collected light into a number of light beams , said light beams propagate along an optical axis; where said light sources and said light collecting means are displaceable in relation to each other and can be positioned and fixed in a number of mixing positions, where in said number of mixing positions said light collecting means are adapted to collect at least a part of said light emitted by one of the four light sources and at least a part of said light emitted by another of the said four light sources , said light collecting means being further adapted to convert said collected light into number of mixed light beams wherein each of said four light sources comprises four emitting areas emitting light of the same spectral distribution, wherein the four light sources are quadrangles and the four emitting areas are quadrangles, and the light collecting means is embedded as light mixing rods having a quadrangle entrance surface and in that said illumination device further comprises controlling means for controlling said four emitting areas of each light source independently of each other and in that in at least one first mixing position said light collecting means are adapted to collect at least a part of the light emitted from one of the four emitting areas while substantially not collecting light emitted from the other of the four emitting areas of one of the four light sources , wherein said controlling means are adapted to turn off the other of the four emitting areas when said light sources and said light collecting means are positioned in said first mixing position. • four light sources , comprising a red light source, a green light source, a blue light source, and a white light source; • a number of light collecting means adapted to collect the light generated by said four light sources and to convert said collected light into a number of light beams , said light beams propagate along an optical axis;
A contactless transponder comprising: - a memory (MEM), - an antenna (ANT) configured to receive signals (RAD), - a contactless interface (IR) coupled to the antenna (ANT) and configured to emit memory access requests (MEM) according to the signals (RAD) received, - a wired interface (IF) configured to receive memory access requests (MEM), - an arbitration module (MA) configured to authorise access to the memory (MEM) either for access requests emitted by the contactless interface (IR) or for access requests received by the wired interface (IF), characterised in that the wired interface (IF) is also configured to receive shutdown controls and transmit these shutdown controls to the arbitration module (MA), the arbitration module (MA) being configured to be able to shut down the contactless interface (IR) when it receives a shutdown control, so as to authorise exclusive access to the memory for access requests received by the wired interface (IF). - a memory (MEM), - an antenna (ANT) configured to receive signals (RAD), - a contactless interface (IR) coupled to the antenna (ANT) and configured to emit memory access requests (MEM) according to the signals (RAD) received, - a wired interface (IF) configured to receive memory access requests (MEM), - an arbitration module (MA) configured to authorise access to the memory (MEM) either for access requests emitted by the contactless interface (IR) or for access requests received by the wired interface (IF), characterised in that the wired interface (IF) is also configured to receive shutdown controls and transmit these shutdown controls to the arbitration module (MA), the arbitration module (MA) being configured to be able to shut down the contactless interface (IR) when it receives a shutdown control, so as to authorise exclusive access to the memory for access requests received by the wired interface (IF).
A bellows pump device that supplies pressurized air to a hermetic suction-side air chamber thereby to cause a bellows to perform expansion operation to suck a transport fluid, and supply pressurized air to a hermetic discharge-side air chamber thereby to cause the bellows to perform contraction operation to discharge the transport fluid, the bellows pump device comprising: an electropneumatic regulator configured to adjust a first air pressure that is an air pressure of the pressurized air to be supplied to the suction side air chamber, and a second air pressure that is an air pressure of the pressurized air to be supplied to the discharge-side air chamber; and characterized by comprising a control unit configured to control the electropneumatic regulator such that, at least at a time point of end of expansion during expansion operation of the bellows, the first air pressure is lower than the second air pressure. an electropneumatic regulator configured to adjust a first air pressure that is an air pressure of the pressurized air to be supplied to the suction side air chamber, and a second air pressure that is an air pressure of the pressurized air to be supplied to the discharge-side air chamber; and characterized by comprising a control unit configured to control the electropneumatic regulator such that, at least at a time point of end of expansion during expansion operation of the bellows, the first air pressure is lower than the second air pressure.
A cooling apparatus , comprising: a first cold plate thermally coupleable to a first heat source; a second cold plate thermally coupleable to a second heat source; a thermal interface plane , coupled to the first cold plate , and providing an adjustable coupling to mechanically and thermally couple the first cold plate to the second cold plate at a position of a plurality of positions, wherein the thermal interface plane comprises one or more first attachment features , and wherein the second cold plate comprises one or more second attachment features to implement the adjustable coupling when used in conjunction with the one or more first attachment features of the thermal interface plane , wherein the one or more second attachment features are provided as an elongated hole in a flange of the second cold plate configured to receive a fastener , wherein the elongated hole is configured to provide a degree of freedom along an axis to provide the plurality of positions to adjust relative heights of the first cold plate and the second cold plate . a first cold plate thermally coupleable to a first heat source; a second cold plate thermally coupleable to a second heat source; a thermal interface plane , coupled to the first cold plate , and providing an adjustable coupling to mechanically and thermally couple the first cold plate to the second cold plate at a position of a plurality of positions, wherein the thermal interface plane comprises one or more first attachment features , and wherein the second cold plate comprises one or more second attachment features to implement the adjustable coupling when used in conjunction with the one or more first attachment features of the thermal interface plane , wherein the one or more second attachment features are provided as an elongated hole in a flange of the second cold plate configured to receive a fastener , wherein the elongated hole is configured to provide a degree of freedom along an axis to provide the plurality of positions to adjust relative heights of the first cold plate and the second cold plate .
A method for mounting a battery system to a chassis floor (110; 310; 410) of an electrical vehicle , the battery system being adapted for providing electrical power for driving rolling movement of said electrical vehicle, a plane (P) extending through and parallel to said chassis floor with a first side (111; 311; 411) of said plane (P) facing in a downward direction (D) during use of the electrical vehicle, the method comprising: individually fixing battery modules (140; 340; 440) of a plurality of battery modules to the chassis floor at the first side of said plane, each battery module comprising electrical terminals (133a, 133b; 443a, 443b); subsequently electrically connecting the electrical terminals of the battery modules to each other to form the battery system ; and subsequently fixing a cover plate (150; 350; 450) to the chassis floor such that the cover plate covers the battery modules. individually fixing battery modules (140; 340; 440) of a plurality of battery modules to the chassis floor at the first side of said plane, each battery module comprising electrical terminals (133a, 133b; 443a, 443b); subsequently electrically connecting the electrical terminals of the battery modules to each other to form the battery system ; and subsequently fixing a cover plate (150; 350; 450) to the chassis floor such that the cover plate covers the battery modules.
A toner comprising a toner particle, wherein the toner particle includes a toner base particle containing a binder resin and includes a protruded portion on the surface of the toner base particle; the protruded portion comprises an organosilicon polymer and a polyhydric acid metal salt; and the polyhydric acid metal salt is present on the surface of the protruded portion . the toner particle includes a toner base particle containing a binder resin and includes a protruded portion on the surface of the toner base particle; the protruded portion comprises an organosilicon polymer and a polyhydric acid metal salt; and the polyhydric acid metal salt is present on the surface of the protruded portion .
Mounting device for inserting a stator of an electric machine which is a constituent part of a hybrid drive module into a transmission housing of bell-shaped configuration, a rotor of the electric machine being connected via a rotor carrier and a rotor hub at least indirectly to a transmission input shaft , and it being possible for its stator , running concentrically with respect to the rotor and enclosing the latter radially, to be fastened to the transmission housing , characterized in that the mounting device has an inner guide element which is provided to be guided in a positively locking manner with respect to the rotor hub or the transmission input shaft which receives the rotor hub , in that the mounting device has an outer guide element in order to be guided in a positively locking manner on the transmission housing , in that the two guide elements (37 and 38), spaced apart radially from one another, are fixed on one another via at least one radially running connecting element , and in that at least one slide is guided longitudinally displaceably in the connecting element , the slide having two slide parts (31 and 32) which can be adjusted with respect to one another and of which a first radially outer slide part is provided for positively locking engagement on the outer circumference of the stator and a second radially inner slide part is provided for action on an end face of the stator .
A system for stabilizing a vehicle , the system comprising: a sensor configured to detect an oscillation of the vehicle , and an electronic controller configured to receive an oscillation signal from the sensor , compare the oscillation signal to a detection threshold, and in response to the comparison of the oscillation signal to the detection threshold, generate a signal to activate a braking system of the vehicle and generate a request to reduce torque in an engine of the vehicle , wherein the braking system of the vehicle is adapted to brake the vehicle in response to the signal to activate the braking system of the vehicle until a speed of the vehicle is below a speed threshold, characterized in that the electronic controller is configured to determine the speed threshold based upon the oscillation signal and a current speed of the vehicle . a sensor configured to detect an oscillation of the vehicle , and an electronic controller configured to receive an oscillation signal from the sensor , compare the oscillation signal to a detection threshold, and in response to the comparison of the oscillation signal to the detection threshold, generate a signal to activate a braking system of the vehicle and generate a request to reduce torque in an engine of the vehicle , wherein the braking system of the vehicle is adapted to brake the vehicle in response to the signal to activate the braking system of the vehicle until a speed of the vehicle is below a speed threshold, characterized in that the electronic controller is configured to determine the speed threshold based upon the oscillation signal and a current speed of the vehicle . receive an oscillation signal from the sensor , compare the oscillation signal to a detection threshold, and in response to the comparison of the oscillation signal to the detection threshold, generate a signal to activate a braking system of the vehicle and generate a request to reduce torque in an engine of the vehicle , wherein the braking system of the vehicle is adapted to brake the vehicle in response to the signal to activate the braking system of the vehicle until a speed of the vehicle is below a speed threshold, characterized in that the electronic controller is configured to determine the speed threshold based upon the oscillation signal and a current speed of the vehicle .
A vacuum device, in particular a vacuum pump, comprising a seal , in particular an elastic seal , and a sensor device by means of which information corresponding to the state of the seal can be determined, characterized in that the sensor device comprises a sensor for electromagnetic radiation and/or a sensor for ultrasound, wherein the sensor has a wave transmitter and a wave receiver which are arranged at oppositely disposed sides of the seal at an inner side of the seal and at an outer side of the seal and which are configured such that the waves propagate from the wave transmitter through the seal to the wave receiver and the information corresponding to the state can be derived based on a change in the waves on this path. a seal , in particular an elastic seal , and a sensor device by means of which information corresponding to the state of the seal can be determined, characterized in that the sensor device comprises a sensor for electromagnetic radiation and/or a sensor for ultrasound, wherein the sensor has a wave transmitter and a wave receiver which are arranged at oppositely disposed sides of the seal at an inner side of the seal and at an outer side of the seal and which are configured such that the waves propagate from the wave transmitter through the seal to the wave receiver and the information corresponding to the state can be derived based on a change in the waves on this path.