mhurhangee/patent-ind-claim-en huggingface dataset:
Method for autonomously parking a motor vehicle into a parking space , in which while the motor vehicle is moved in the direction of the parking space on a roadway adjoining the parking space , the parking space is detected on the basis of sensor data of at least one sensor of the motor vehicle , and the motor vehicle is parked autonomously into the parking space after a driver of the motor vehicle has exited the motor vehicle , wherein with the at least one sensor the parking space is detected in front of the motor vehicle in the forward travel direction and as soon as the parking space is detected an exit signal is output to the driver of the motor vehicle , which exit signal indicates to the driver that it is possible to exit the vehicle , characterized in that a starting position is determined, starting from which the motor vehicle is parked autonomously into the parking space , and the exit signal is output as soon as the starting position is determined.
A system for pooling a blood component stored in a plurality of source containers , comprising: a. a disposable kit including i) plurality of source lines configured to be connected to the plurality of source containers ; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container ; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container ; b. a pump or pumps configured to pump a fluid in a first direction and a second direction, said pump or pumps configured to receive said pump line ; c. a pool clamp configured to receive said pool line d. a wash clamp configured to receive said wash line ; e. a controller in communication with the pump or pumps , the pool clamp and the wash clamp , said controller configured to open the pool clamp , close the wash clamp and operate the pump in the first direction and to alternatively close the pool clamp , open the wash clamp and operate the pump in the second direction. a. a disposable kit including i) plurality of source lines configured to be connected to the plurality of source containers ; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container ; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container ; i) plurality of source lines configured to be connected to the plurality of source containers ; ii) a pump line having a first end connected to the plurality of source lines and a second end; iii) a pool line having a first end connected to the second end of the pump line and a second end configured to be connected to a pool container ; iv) a wash line having a first end connected to the second end of the pump line and a second end configured to be connected to a wash media container ; b. a pump or pumps configured to pump a fluid in a first direction and a second direction, said pump or pumps configured to receive said pump line ; c. a pool clamp configured to receive said pool line d. a wash clamp configured to receive said wash line ; e. a controller in communication with the pump or pumps , the pool clamp and the wash clamp , said controller configured to open the pool clamp , close the wash clamp and operate the pump in the first direction and to alternatively close the pool clamp , open the wash clamp and operate the pump in the second direction.
A machine for winding a watch and/or horological movement, including at least one support arranged to carry at least one object consisting of a watch or an automatic winding horological movement including at least one oscillating mass, said machine including motorisation means arranged to move each said support , characterised in that said motorisation means are arranged to move each said support parallel to a starting position corresponding to the loading or unloading of said at least one object on said at least one support , the axes of a three-dimensional frame of reference specific to said support always remaining parallel to the oriented directions that they occupy in said starting position.
A wedge drive , having first and second wedge drive parts and an adjustable guide apparatus formed at least in part by the first and second wedge drive parts, which are movable, by means of a stroke directed in a stroke direction (Z) and guided by the guide apparatus, relative to one another and along a sliding direction (X, X', X") determined by the guide apparatus and at an angle to the stroke direction (Z), wherein the guide apparatus has a retaining clip , the retaining clip is fixed to the first wedge drive part and mounted on the second wedge drive part with a sliding guide of the guide apparatus so as to be movable in the sliding direction (X, X', X"), wherein a guide clearance of the sliding guide is variable by means of an adjustment means of the guide apparatus, which has an adjustment surface and a forced guidance surface , wherein, by adjustment of a position of the adjustment surface , a guide part of the guide apparatus is movable along the forced guidance surface and the guide clearance is variable thereby, wherein a normal vector (N) of the forced guidance surface is at an angle to a plane of movement spanned by the stroke direction (Z) and the sliding direction (X, X', X"), characterized in that the adjustment surface is provided on an adjustment part, and the adjustment part is configured such that the position of the adjustment surface is movable in parallel by material removal on the adjustment part, the adjustment part of the first wedge drive part , the second wedge drive part , the retaining clip or the guide part is or is comprised by an adapter part, wherein the first wedge drive part is a driver or a slider bed and the second wedge drive part is a slider , or the first wedge drive part is the slider and the second wedge drive part is the slider bed . the guide apparatus has a retaining clip , the retaining clip is fixed to the first wedge drive part and mounted on the second wedge drive part with a sliding guide of the guide apparatus so as to be movable in the sliding direction (X, X', X"), wherein a guide clearance of the sliding guide is variable by means of an adjustment means of the guide apparatus, which has an adjustment surface and a forced guidance surface , wherein, by adjustment of a position of the adjustment surface , a guide part of the guide apparatus is movable along the forced guidance surface and the guide clearance is variable thereby, wherein a normal vector (N) of the forced guidance surface is at an angle to a plane of movement spanned by the stroke direction (Z) and the sliding direction (X, X', X"), characterized in that the adjustment surface is provided on an adjustment part, and the adjustment part is configured such that the position of the adjustment surface is movable in parallel by material removal on the adjustment part, the adjustment part of the first wedge drive part , the second wedge drive part , the retaining clip or the guide part is or is comprised by an adapter part, wherein the first wedge drive part is a driver or a slider bed and the second wedge drive part is a slider , or the first wedge drive part is the slider and the second wedge drive part is the slider bed .
Article of clothing comprising: at least two conductive wires (14a-14c) adapted to transmit an electric current, at least one conductive wire (14a-14c) being incorporated into at least one flat seam (12a-12b); and at least one electrical interconnection between said at least two conductive wires (14a- 14c); said electrical interconnection incorporates a weld between said at least two conductive wires (14a-14c); said article of clothing being characterized in that in that said electrical interconnection is protected by two layers of fabric (21-23) respectively attached above and below said electrical interconnection: a lower layer of fabric (21-22) bonded to said article of clothing over which said at least two conductive wires (14a-14c) extend; and an upper layer of fabric secured to said lower layer of fabric (21- 22) so as to form, with said lower layer of fabric (21- 22), a protective barrier around said electrical interconnection. at least two conductive wires (14a-14c) adapted to transmit an electric current, at least one conductive wire (14a-14c) being incorporated into at least one flat seam (12a-12b); and at least one electrical interconnection between said at least two conductive wires (14a- 14c); said electrical interconnection incorporates a weld between said at least two conductive wires (14a-14c); said article of clothing being characterized in that in that said electrical interconnection is protected by two layers of fabric (21-23) respectively attached above and below said electrical interconnection: a lower layer of fabric (21-22) bonded to said article of clothing over which said at least two conductive wires (14a-14c) extend; and an upper layer of fabric secured to said lower layer of fabric (21- 22) so as to form, with said lower layer of fabric (21- 22), a protective barrier around said electrical interconnection. a lower layer of fabric (21-22) bonded to said article of clothing over which said at least two conductive wires (14a-14c) extend; and an upper layer of fabric secured to said lower layer of fabric (21- 22) so as to form, with said lower layer of fabric (21- 22), a protective barrier around said electrical interconnection.
A method for pedestrian navigation for a user carrying a mobile device , the method comprising: estimating a three dimensional trajectory of motion of the mobile device in a building that does not enable acquisition of satellite position system signals, based at least in part on three dimensional sensor measurements performed by at least one motion sensor at said mobile device; and characterised by estimating , by the mobile device, a location of said mobile device in the building based at least in part on a comparison of said estimated three dimensional trajectory with one or more predetermined candidate three dimensional trajectories stored at said mobile device, wherein the method further comprises: obtaining externally-sourced, ES, position information for said mobile device before the mobile device enters the building; using said ES position information in the building to reduce a number of said one or more predetermined candidate three dimensional trajectories; and storing said obtained ES position information during at least a portion of time when said mobile device is located where said ES position information is not available. estimating a three dimensional trajectory of motion of the mobile device in a building that does not enable acquisition of satellite position system signals, based at least in part on three dimensional sensor measurements performed by at least one motion sensor at said mobile device; and characterised by estimating , by the mobile device, a location of said mobile device in the building based at least in part on a comparison of said estimated three dimensional trajectory with one or more predetermined candidate three dimensional trajectories stored at said mobile device, wherein the method further comprises: obtaining externally-sourced, ES, position information for said mobile device before the mobile device enters the building; using said ES position information in the building to reduce a number of said one or more predetermined candidate three dimensional trajectories; and storing said obtained ES position information during at least a portion of time when said mobile device is located where said ES position information is not available. obtaining externally-sourced, ES, position information for said mobile device before the mobile device enters the building; using said ES position information in the building to reduce a number of said one or more predetermined candidate three dimensional trajectories; and storing said obtained ES position information during at least a portion of time when said mobile device is located where said ES position information is not available.
A method for producing an amorphous-carbon coated member, comprising: a conductive substrate; and an amorphous carbon film fixed onto a part of a surface of the substrate at least, the amorphous carbon film comprising a compositionally gradient film; the compositionally gradient film having an outer side and a substrate side, and composed of carbon as a major component, silicon whose concentration inclines continuously from the lowest to the highest in the direction away from the outer side to the substrate side, and hydrogen whose concentration inclines continuously from the highest to the lowest in the direction away from the outer side to the substrate side; the method comprising: forming the amorphous carbon film comprising a deposition film by means of direct-current plasma chemical vapor deposition process while decreasing the temperature of the substrate. a conductive substrate; and an amorphous carbon film fixed onto a part of a surface of the substrate at least, the amorphous carbon film comprising a compositionally gradient film; the compositionally gradient film having an outer side and a substrate side, and composed of carbon as a major component, silicon whose concentration inclines continuously from the lowest to the highest in the direction away from the outer side to the substrate side, and hydrogen whose concentration inclines continuously from the highest to the lowest in the direction away from the outer side to the substrate side; the method comprising: forming the amorphous carbon film comprising a deposition film by means of direct-current plasma chemical vapor deposition process while decreasing the temperature of the substrate.
A briquette comprising: (i) a particulate metal ore; and (ii) a binder comprising partially saponified polyvinyl alcohol and 0.5 wt% to 1.5 wt% phenol formaldehyde resin. (i) a particulate metal ore; and (ii) a binder comprising partially saponified polyvinyl alcohol and 0.5 wt% to 1.5 wt% phenol formaldehyde resin.
A carrier substrate for transferring a transfer layer from the carrier substrate onto a product substrate (2, 2', 2", 2e), comprising at least the following steps in the following sequence: - a carrier base substrate , - a protective layer and - the transfer layer , wherein the transfer layer is grown and the protective layer , characterised in that the carrier substrate comprises at least one release layer arranged between the carrier base substrate and the protective layer , wherein the protective layer shields the transfer layer . - a carrier base substrate , - a protective layer and - the transfer layer ,
An output mechanism of an unmanned helicopter, comprising a coupling , an overrunning clutch and a limiting sleeve , wherein a blocking portion extending in a radial direction is provided on one end of the limiting sleeve , the overrunning clutch is mounted inside the limiting sleeve , and an axial end of an outer ring of the overrunning clutch is abutted against the blocking portion , at least part of the coupling is inserted into the limiting sleeve in an axial direction and is abutted against the other axial end of the outer ring of the overrunning clutch , and the outer ring of the overrunning clutch , the coupling , and the limiting sleeve rotate synchronously; the output mechanism further comprises a power source and an output shaft arranged coaxially, the power source comprises a power source shaft , one of the coupling and an inner ring of the overrunning clutch is fixedly mounted on the power source shaft , and the other one of the coupling and the inner ring of the overrunning clutch is fixedly mounted on the output shaft , characterized in that , a slit extending in an axial direction is provided on a circumferential wall of one end portion of the coupling , and a second connecting hole is defined on the circumferential wall of the end portion, the second connecting hole is divided into two hole sections by the slit , and an internal thread is provided on at least one of the hole sections; wherein the output mechanism further comprises a second connecting piece provided with an external thread, the second connecting piece is matched with the second connecting hole , and is configured to drive the coupling to clamp one of the power source shaft and the output shaft . the output mechanism further comprises a power source and an output shaft arranged coaxially, the power source comprises a power source shaft , one of the coupling and an inner ring of the overrunning clutch is fixedly mounted on the power source shaft , and the other one of the coupling and the inner ring of the overrunning clutch is fixedly mounted on the output shaft , characterized in that , a slit extending in an axial direction is provided on a circumferential wall of one end portion of the coupling , and a second connecting hole is defined on the circumferential wall of the end portion, the second connecting hole is divided into two hole sections by the slit , and an internal thread is provided on at least one of the hole sections; wherein the output mechanism further comprises a second connecting piece provided with an external thread, the second connecting piece is matched with the second connecting hole , and is configured to drive the coupling to clamp one of the power source shaft and the output shaft .
A production equipment line for a hot-rolled steel strip comprising a rough rolling mill group comprised of plural rough rolling mills for hot rolling a material to be rolled which is heated up to a predetermined temperature to a finish rolling start sheet thickness and a finish rolling mill group comprised of plural finish rolling mills for controlled-rolling the material to be rolled to a final sheet thickness, characterized in that at least one of the plural rough rolling mills is a reversible rolling mill , and one of a slow cooling apparatus for slowly cooling the material to be rolled at a water volume density of less than 1000 L/min • m 2 and a rapid cooling apparatus for rapidly cooling the material to be rolled after the slow cooling at a water volume density of not less than 1000 L/min • m 2 is arranged on an upstream side of the reversible rolling mill and the other of the slow cooling apparatus and the rapid cooling apparatus is arranged on a downstream side of the reversible rolling mill .
An antibody comprising a human IgG1, IgA1 or IgA2 constant region and a variable domain that can bind the epitope "EPANpSEK" on human CD20 expressed on Ramos cells and which antibody has an increased PCD functionality when compared to Rituximab with a constant region of the same isotype, and wherein the heavy chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence SYNLH, AIYPGNGDTSYNQKFKG and SNSYGSTYWYFDV, respectively, and wherein the light chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence RARSSVSYMD, ATSNLAS, and QQWTSNPPT, respectively. wherein the heavy chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence SYNLH, AIYPGNGDTSYNQKFKG and SNSYGSTYWYFDV, respectively, and wherein the light chain variable region comprises a CDR1, CDR2 and CDR3 region with the sequence RARSSVSYMD, ATSNLAS, and QQWTSNPPT, respectively.
A microfluidic chip, comprising: a bottom plate comprising: at least one wave-shaped main channel comprising at least one valley and at least one peak, wherein the ratio between the narrowest and the widest cross sectional areas in the V-shaped portion of said main channel is between 0.3 and 0.4, and wherein the cross sectional area of said peak is smaller than that of said valley; at least one sample inlet port ; at least one exhaust port ; and at least one reaction chamber , wherein the volume of said reaction chamber is between 0.1 μL and 5 μL, wherein one end of said at least one wave-shaped main channel is connected to said at least one sample inlet port, and the other end is connected to said at least one exhaust port, wherein said at least one valley points away from the center of said bottom plate , and said at least one peak points toward the center of said bottom plate , and wherein said at least one valley of said main channel is connected to said at least one reaction chamber ; and a cover plate fittingly engaging said bottom plate . a bottom plate comprising: at least one wave-shaped main channel comprising at least one valley and at least one peak, wherein the ratio between the narrowest and the widest cross sectional areas in the V-shaped portion of said main channel is between 0.3 and 0.4, and wherein the cross sectional area of said peak is smaller than that of said valley; at least one sample inlet port ; at least one exhaust port ; and at least one reaction chamber , wherein the volume of said reaction chamber is between 0.1 μL and 5 μL, wherein one end of said at least one wave-shaped main channel is connected to said at least one sample inlet port, and the other end is connected to said at least one exhaust port, wherein said at least one valley points away from the center of said bottom plate , and said at least one peak points toward the center of said bottom plate , and wherein said at least one valley of said main channel is connected to said at least one reaction chamber ; and at least one wave-shaped main channel comprising at least one valley and at least one peak, wherein the ratio between the narrowest and the widest cross sectional areas in the V-shaped portion of said main channel is between 0.3 and 0.4, and wherein the cross sectional area of said peak is smaller than that of said valley; at least one sample inlet port ; at least one exhaust port ; and at least one reaction chamber , a cover plate fittingly engaging said bottom plate .
Method for controlling a heat pump system, the heat pump system comprising a refrigerant cycle including a compressor , the heat pump system further comprising a heat transport medium cycle , the heat pump system further comprising a first heat exchanger for exchanging heat between the refrigerant cycle and the heat transport medium cycle , the heat transport medium cycle comprising at least one second heat exchanger for exchanging heat with a space the temperature of which is to be controlled, wherein an operating frequency of the compressor is controlled by proportional-integral control, PI control, or by proportional-integral derivative control, PID control, in order to control the temperature of the heat transport medium between after leaving from the first heat exchanger and before entering the second heat exchanger at a target value and a flow rate of the heat transport medium flowing into the first heat exchanger is measured repeatedly, characterized in that if the measured flow rate of the heat transport medium flowing into the first heat exchanger changes below a predetermined lower flow-threshold or above a predetermined upper flow-threshold, at least one control parameter of the PI control or the PID control is changed.