mhurhangee/ep-ind-claims huggingface dataset:
Storage device, in particular for sporting equipment, which is designed and intended to be mounted on a ceiling or wall and has a lifting device with at least one flexible pulling means, wherein the lifting device has a winding shaft, onto which the pulling means can be wound, wherein the lifting device has a drive motor for driving the winding shaft, designed as a tubular motor and at least partly arranged in the winding shaft, characterized in that the winding shaft has a shape deviating from the circular shape in a plane perpendicular to the direction of its longitudinal extent, and the drive motor has an output element which is arranged in a form-fitting manner in the winding shaft.
Adjustment device for a vehicle component, in particular for the backrest of a vehicle seat, having a first fitting and a second fitting, the relative position of the two fittings (8, 11) to one another being able to be changed by means of an eccentric which transmits a torque from a drive to the first fitting, so that said first fitting rolls on the second fitting and the eccentric comprises at least one eccentric means, which may be driven by a driver, which is formed on the drive, characterized in that the driver assumes a neutral position in which it is spaced apart from the eccentric means and a drive position in which it bears against the eccentric means and drives said means, wherein when rotating the drive between said drive and the eccentric means a frictional connection takes place at least at times until the driver bears against the eccentric means and thereby takes over the drive function.
An ethylene glycol-based non-aqueous engine coolant for internal combustion engines comprising ethylene glycol, 1,3 propanediol, and diethylene glycol, wherein the ratio of the mass of the PDO to the total mass of EG, PDO and DEG is 0.025 to 0.40, the ratio of the mass of the DEG to the total mass of EG, PDO and DEG is 0.025 to 0.40, the ratio of the total mass of PDO and DEG to the total mass of EG, PDO and DEG is 0.05 to 0.50 and the ratio of the mass of the EG to the total mass of EG, PDO and DEG is 0.50 to 0.95, and wherein the non-aqueous engine coolant contains less than 1.0% water by mass.
Dentist's unit comprising a console upon which one or more bracket tables and lamps are mounted to a lower part, the one or more bracket table is revolvingly embedded to a bracket table arm, which bracket table arm is tiltably embedded to a bearing arm and revolvingly embedded to the bearing arm, and the bearing arm is revolvingly embedded to a vertical bearing stand, which is extending from the lower part, characterized in that one or more light transmitters for projection of light signals onto a patient are mounted to the bracket table.
A protection structure for a gas cylinder assembly comprising a gas cylinder body and a valve, the gas cylinder body including a base and a neck to which a proximal end of the valve is connectable in use, the protection structure comprising first and second structural sections (102, 104), the first section being connectable to the valve such that the second section is spaced from the valve by the first section, wherein, in use, the second section is arranged to transfer impact forces to the first section, and the first section is arranged to deform with respect to the second section in response to said impact forces to reduce the peak impact force on the valve.
An automatic cutting apparatus, applicable to presses for making pasta or to extruders for making snacks, comprising: - a main supporting structure; - an annular support having a vertical axis, which can be associated with a press for making pasta or with an extruder for making snacks below a die that has a vertical axis and is adapted to be connected to the outlet of the press or of the extruder, or below a cutting accessory that is interposed between the die and said annular support; - a main shaft that is arranged coaxially to said annular support and can be coupled to at least one blade that is adapted to act on the lower face of the die or with at least one blade of said cutting accessory; - means for actuating said main shaft with a rotary motion about its own axis; said actuation means comprising an electric motor; characterized in that said actuation means comprise: - a control and actuation element of the electronic type; - means for detecting the operating torque of said electric motor, which are functionally connected to said control and actuation element for the actuation at least of said electric motor as a function of the operating torque detected by said detector means. - a main supporting structure; - an annular support having a vertical axis, which can be associated with a press for making pasta or with an extruder for making snacks below a die that has a vertical axis and is adapted to be connected to the outlet of the press or of the extruder, or below a cutting accessory that is interposed between the die and said annular support; - a main shaft that is arranged coaxially to said annular support and can be coupled to at least one blade that is adapted to act on the lower face of the die or with at least one blade of said cutting accessory; - means for actuating said main shaft with a rotary motion about its own axis; - a control and actuation element of the electronic type; - means for detecting the operating torque of said electric motor, which are functionally connected to said control and actuation element for the actuation at least of said electric motor as a function of the operating torque detected by said detector means.
A method for preparing lipid nanoparticles, the method comprising: a) introducing i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and b) recovering the LNP solution via one or more outlet ports of the manifold; wherein the angle between at least one lipid and at least one aqueous solution inlet ports is not 180° and at least two aqueous solution inlet ports and at least one lipid solution inlet port are not in the same plane. a) introducing i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and i) one or more streams of a lipid solution via a first set of one or more inlet ports of a manifold and ii) one or more streams of an aqueous solution via a second set of two or more inlet ports of the manifold, thereby mixing the lipid solution and the aqueous solution so as to produce an LNP solution; and b) recovering the LNP solution via one or more outlet ports of the manifold;
Method for charging and for balancing a battery pack and/or module including electrochemical elements, comprising at least one step of charging the electrochemical elements followed by a step of balancing the electrochemical elements, which are implemented until at least one charging and/or balancing condition is met, and a parametrizing step consisting in modifying said charging and/or balancing condition during the service life of the battery pack and/or module, the electrochemical elements being charged until the lowest voltage of all of the electrochemical elements is higher than or equal to a threshold voltage ( U threshold_i) and characterized in that, in the parametrizing step: • a variation in the open-circuit voltage ( ΔU i +1) of an electrochemical element is determined on the basis of data that are characteristic of the electrochemical element and of a datum on the state of health of the battery pack and/or module; • a modified value of the threshold voltage is calculated by subtracting said determined variation in the open-circuit voltage ( ΔU i +1) from an initial threshold voltage value ( U threshold _0) of the battery in order to modify the value of the threshold voltage. • a variation in the open-circuit voltage ( ΔU i +1) of an electrochemical element is determined on the basis of data that are characteristic of the electrochemical element and of a datum on the state of health of the battery pack and/or module; • a modified value of the threshold voltage is calculated by subtracting said determined variation in the open-circuit voltage ( ΔU i +1) from an initial threshold voltage value ( U threshold _0) of the battery in order to modify the value of the threshold voltage.
Apparatus for an optical communications network, the apparatus having at least two optical paths for optical traffic to or from other nodes, the optical paths having respective optical ports (20,40), wherein at least one of the optical ports is configured as an unused output port, available for future use for optical traffic, and a security monitoring system for detecting unauthorised access and having: a blocking part coupled removably to the unused output port to occupy the unused output port so as to exclude any other part from using the unused output port to gain unauthorised access to the optical path of the unused output port, an optical detector coupled to the blocking part and configured to detect optical signals passing through the unused output port, and alarm circuitry configured to output an alarm signal indicative that the unused output port has been accessed based on the detecting of the optical signals by the optical detector. a blocking part coupled removably to the unused output port to occupy the unused output port so as to exclude any other part from using the unused output port to gain unauthorised access to the optical path of the unused output port, an optical detector coupled to the blocking part and configured to detect optical signals passing through the unused output port, and alarm circuitry configured to output an alarm signal indicative that the unused output port has been accessed based on the detecting of the optical signals by the optical detector.
A wireless transmit/receive unit, WTRU (200, 300, 500), comprising: means for receiving, from a current cell, a handover command that instructs the WTRU to handover to a target cell, wherein the handover command includes an identification of the target cell and a sequence hopping enablement indication for a reference signal for a physical uplink control channel, PUCCH; means for performing a handover to the target cell in accordance with the received handover command; and means for transmitting the reference signal to the target cell based on the sequence hopping enablement indication. means for receiving, from a current cell, a handover command that instructs the WTRU to handover to a target cell, wherein the handover command includes an identification of the target cell and a sequence hopping enablement indication for a reference signal for a physical uplink control channel, PUCCH; means for performing a handover to the target cell in accordance with the received handover command; and means for transmitting the reference signal to the target cell based on the sequence hopping enablement indication.
A compound of the formula: or a pharmaceutically acceptable salt thereof, wherein: Z is H, Cl or F; R 5a is phenyl, benzoxazole, benzothiazole, benzimidazole, imidazo[1,2-a]pyridine, pyrazolo[1,5-a]pyridine, and quinoxaline; wherein R 5a is unsubstituted or substituted by 1 to 2 R 6 groups independently selected from the group consisting of C 1 -C 3 -alkyl, halo, CF 3, and -CN; and wherein R 5b is absent or present, and if present, is CH 3. Z is H, Cl or F; R 5a is phenyl, benzoxazole, benzothiazole, benzimidazole, imidazo[1,2-a]pyridine, pyrazolo[1,5-a]pyridine, and quinoxaline; wherein R 5a is unsubstituted or substituted by 1 to 2 R 6 groups independently selected from the group consisting of C 1 -C 3 -alkyl, halo, CF 3, and -CN; and wherein R 5b is absent or present, and if present, is CH 3.
Vehicle, having at least one battery arrangement, the battery arrangement having a plurality of battery cells (2, 2') electrically connected to one another; - wherein each of the battery cells has a plurality of individual electrochemical cells; - wherein each of the individual electrochemical cells has a monitoring device; and - wherein the monitoring device is designed to electrically isolate the battery cell from the further battery cells if at least one measured value to be monitored by the monitoring device is outside a predetermined range of values, characterized in that each of the battery cells is a standalone component, and is thermally insulated from the further battery cells of the plurality of battery cells (2, 2'), wherein the battery cells are arranged so as to be spatially separate from one another in different areas of the vehicle, such that, in the event of one or more individual electrochemical cells of a battery cell burning out, further battery cells of the battery arrangement that are spaced apart therefrom are not affected. - wherein each of the battery cells has a plurality of individual electrochemical cells; - wherein each of the individual electrochemical cells has a monitoring device; and - wherein the monitoring device is designed to electrically isolate the battery cell from the further battery cells if at least one measured value to be monitored by the monitoring device is outside a predetermined range of values,
A muscle-powered bicycle comprising a drive unit having a crankshaft (2; 134) mounted in a bottom bracket shell (1; 101) or in a frame and having two cranks (10a, 10b; 107) fastened thereto for transferring the muscle power of a cyclist to a drive wheel of the bicycle, and a gear mechanism arranged in the power train from the crankshaft (2; 134) to a driven gear (7; 108) of the gear mechanism coupled to the drive wheel, characterized in that a substantially stationary part (8; 102) of the gear mechanism for determining a total torque of the crankshaft (2; 134) is supported via a torque sensor (9; 106) on a standard bottom bracket shell (1; 101) corresponding to the BSA standard or to the International Standard for Bottom Bracket Shells.
Urinal mat manufactured from plastic resistant to corrosion caused by liquid accumulation, wherein the urinal mat comprises a base with an upper side and a bottom side and a plurality of sealed filaments which are arranged on the upper side of the base, wherein the sealed filaments trap urine when falling down and prevent its accumulation or bacteria culture, characterized in that different conic elevations are arranged on the upper side of the base, wherein the filaments are arranged on top of the conic elevations, so that liquids are guided to orifices located at the mat's base that go to drainage exit, wherein the base comprises studs at its bottom side so that liquids can flow beneath the mat. characterized in that different conic elevations are arranged on the upper side of the base, wherein the filaments are arranged on top of the conic elevations, so that liquids are guided to orifices located at the mat's base that go to drainage exit, wherein the base comprises studs at its bottom side so that liquids can flow beneath the mat.
A board work machine comprising: a holding tool configured to hold a leaded component; a moving device configured to move the holding tool along an upper surface of a board; and a control device configured to control operation of the moving device, characterized in that the control device is configured to, by controlling operation of the moving device, move a lead of the leaded component being held by the holding tool in a state contacting the upper surface of the board and being elastically deformed so as to insert the lead into a through-hole formed in the board. a holding tool configured to hold a leaded component; a moving device configured to move the holding tool along an upper surface of a board; and a control device configured to control operation of the moving device, characterized in that the control device is configured to, by controlling operation of the moving device, move a lead of the leaded component being held by the holding tool in a state contacting the upper surface of the board and being elastically deformed so as to insert the lead into a through-hole formed in the board.
A method, executed by an apparatus, comprising: obtaining information of at least one scan on at least one communication channel; characterized by detecting from the information a transmission of at least one fast initial link setup frame on the channel and on the basis of having detected at least one fast link setup frame on the channel, selecting a discovery mode for an access point comprising sending beacon frames at predetermined time intervals and sending fast initial link setup frames at given time intervals between the beacon frames, if the apparatus supports the usage of fast initial link setup frames; and selecting a discovery mode for an access point comprising decreasing the predetermined time intervals between sending beacon frames or sending unsolicited probe response frames at given time intervals between the beacon frame, if the apparatus does not support the usage of fast initial link setup frames. obtaining information of at least one scan on at least one communication channel; characterized by detecting from the information a transmission of at least one fast initial link setup frame on the channel and on the basis of having detected at least one fast link setup frame on the channel, selecting a discovery mode for an access point comprising sending beacon frames at predetermined time intervals and sending fast initial link setup frames at given time intervals between the beacon frames, if the apparatus supports the usage of fast initial link setup frames; and selecting a discovery mode for an access point comprising decreasing the predetermined time intervals between sending beacon frames or sending unsolicited probe response frames at given time intervals between the beacon frame, if the apparatus does not support the usage of fast initial link setup frames.
A method of manufacturing a tray for use in a distillation column, the method comprising: forming a first set of circular through holes extending between a first surface of a plate and a second surface of the plate, the second surface opposite to the first surface, the first set of circular through holes each having substantially a first diameter; wherein each of the circular through holes in the first set of through holes have the same first diameter; forming a second set of circular through holes extending between the first surface and the second surface, the second set of circular through holes each having substantially a second diameter that is different than the first diameter; wherein each of the circular through holes in the second set of through holes have the same second diameter; and attaching a first weir to the first surface between the first set of circular through holes and the second set of circular through holes to separate the first set of circular through holes into a first region and the second set of circular through holes into a second region; wherein the first diameter of the first set of circular through holes is the same and is from 4.75 mm to 12.5 mm; wherein the second diameter of the second set of circular through holes is the same and is from 12.5 mm to 19 mm but is not equal to the first diameter; and wherein the tray does not include a downcomer. forming a first set of circular through holes extending between a first surface of a plate and a second surface of the plate, the second surface opposite to the first surface, the first set of circular through holes each having substantially a first diameter; wherein each of the circular through holes in the first set of through holes have the same first diameter; forming a second set of circular through holes extending between the first surface and the second surface, the second set of circular through holes each having substantially a second diameter that is different than the first diameter; wherein each of the circular through holes in the second set of through holes have the same second diameter; and attaching a first weir to the first surface between the first set of circular through holes and the second set of circular through holes to separate the first set of circular through holes into a first region and the second set of circular through holes into a second region; wherein the first diameter of the first set of circular through holes is the same and is from 4.75 mm to 12.5 mm; wherein the second diameter of the second set of circular through holes is the same and is from 12.5 mm to 19 mm but is not equal to the first diameter; and wherein the tray does not include a downcomer.
A cap assembly mounted upon an aerosol canister, wherein the cap assembly includes a moveable trigger arm bearing a nozzle assembly, the nozzle assembly which includes a nozzle orifice insert which includes a sleeve part and a non-circular nozzle orifice having sharp edges which rapidly expand thereafter due to the presence of the chamber or bow shaped horn immediately adjacent thereto, inserted within chamber body having a nozzle chamber, wherein the sleeve part includes an inlet zone and downstream thereof, a compression zone which compression zone comprises an upper tapered sidewall and a lower tapered sidewall angled with respect to one another by an angle "A" which is in the range of between 5 and 30 degrees of arc and wherein the nozzle assembly further includes an inlet conduit in engagement with a valve stem of the aerosol canister, a connecting bore connecting the inlet conduit with the nozzle chamber, wherein the nozzle chamber further comprises a center post which extends within the nozzle chamber and depends from and extends from a base wall of the chamber body, characterized in that the center post includes a distal tip end which is frustoconical in shape.