mhurhangee/ep-ind-claims huggingface dataset:
Steering column for a motor vehicle with a support part for direct or indirect fastening of the steering column on a body of the motor vehicle and having at least one slide, which is mounted on the support part in such a way that it can be displaced in a displacement direction, at least in the event of a crash, wherein a steering spindle of the steering column is supported directly or indirectly on the slide in such a way as to be rotatable, and wherein the slide is clamped onto the support part by means of at least one clamping device of the steering column, wherein the slide is additionally supported on the support part at at least two contact points arranged on mutually opposite sides of the clamping device and at a distance from the clamping device, wherein at least one free space is in each case arranged between the slide and the support part in regions between the clamping device and the contact points, characterized in that the steering column has at least one wedge surface, which is arranged between the slide and the support part or between the clamping device and the support part or between the clamping device and the slide, wherein the wedge surface rises or falls along the displacement direction.
Method for controlling and/or monitoring multiple racing vehicles (V1, V2, Vn) controlled by race participants (T1, T2, Tn) on a racetrack, wherein each racing vehicle (V1, V2, Vn) is respectively provided with a vehicle memory (S1, S2, Sn), in which vehicle data is stored, which vehicle data is read-out by a receiver/reader (R1, R2, Rn) assigned to the racetrack and stored in a database, wherein each race participant is provided with a participant memory (TS1, TS2, TSn) separate from a vehicle memory (S1, S2, Sn), in which participant data is stored, wherein the participant data is read-out by the said or another receiver/reader (P1, P2, Pn) and stored in the said and/or a further database, and wherein the vehicle data and participant data stored in the database(s) are assigned to one another using assignment means, and wherein an anew read-out of vehicle data and participant data is carried out and a verification is made as to whether the assignment of the anew read-out data matches the assignment of vehicle- and participant data previously set by the assignment means, wherein each racing vehicle (V1, V2, Vn) is assigned a controller (C1, C2, Cn) for controlling the vehicle, and characterized in that each controller (C1, C2, Cn) is provided with or connectable with a receiver/reader (P1, P2, Pn) for reading-out the participant data from the participant memories (TS1, TS2, TSn), wherein the participant data of only the participant memory (TS1, TS2, TSn) of the participant situated at the controller (C1, C2, Cn) are read-out by the respective receiver/reader (P1, P2, Pn), and the controller (C1, C2, Cn) and/or the respective racing vehicle (V1, V2, Vn) is only activated by an activation device in the event that the participant data read-in on the respective controller (C1, C2, Cn) match the assignment of vehicle data and participant data determined by the assignment means.
Housing for a door drive, in particular for a door closer, having a hood and at least one lateral cap for covering an end side opening of the hood in a covering position of the lateral cap; wherein the hood has a groove arrangement having two L-type groove arms which extend along an insertion direction and are disposed in the interior of the hood, on a planar element of the hood, and form a respective groove receptacle; wherein the groove receptacles are in part also formed by a portion of the planar element, and wherein the groove receptacles face one another; wherein furthermore disposed on the lateral cap is a fastening element which is aligned in the insertion direction, wherein the fastening element is insertable into the groove arrangement of the hood in the insertion direction until reaching the covering position of the lateral cap, and in the covering position of the lateral cap is fixed in a force-fitting and/or form-fitting manner in the groove arrangement; wherein the fastening element substantially has two portions, specifically a main body, which is aligned in the insertion direction, and a fixing device, which is disposed on the main body, wherein the main body has two longitudinal sides which are spaced apart perpendicularly to the insertion direction at least partially at a maximum width in such a way that, during insertion, the main body by way of each longitudinal side engages in one of the groove receptacles; and wherein the fixing device during and/or upon insertion is able to be moved from an initial position to a fixing position in which the at least one fixing device fixes in a force-fitting and/or form-fitting manner the lateral cap in the covering position of the latter in the groove arrangement, characterized in that moving the fixing device to the fixing position is enabled by an elastic design embodiment of the fixing device and/or by an elastic disposal of the fixing device on the main body.
A cap and filter step reduction tool assembly for use in separating product excreted externally of living cells from liquids, growth media and debris in which the product exists within a container, the container having a neck defining an opening to the container, the product having a size measured by molecular weight, comprising: a cap having a first portion configured to cover the opening of the container, an outlet and a filter assembly located therebetween, the filter assembly comprising: a filter housing having a porous support with a rim around a periphery of the porous support; a graded porosity filter fitting within that rim and having a small pore size sufficiently large to pass the product through the filter while retaining the debris and optionally some growth media; a locking ring urging a periphery of the filter against an outer portion of the filter; and a frit located to place the filter between the porous support and the frit, the frit being sealed to the housing so fluid flows through the frit and to the filter during use., wherein the cap and filter step reduction tool assembly further comprises a vent opening extending through the cap with a vent tube connected to the portion of the cap defining the vent opening, the vent tube having a length selected to extend into an ullage of the container when the container is inverted so product flows from the container through the cap and filter step reduction tool. a cap having a first portion configured to cover the opening of the container, an outlet and a filter assembly located therebetween, the filter assembly comprising: a filter housing having a porous support with a rim around a periphery of the porous support; a graded porosity filter fitting within that rim and having a small pore size sufficiently large to pass the product through the filter while retaining the debris and optionally some growth media; a locking ring urging a periphery of the filter against an outer portion of the filter; and a frit located to place the filter between the porous support and the frit, the frit being sealed to the housing so fluid flows through the frit and to the filter during use., wherein the cap and filter step reduction tool assembly further comprises a vent opening extending through the cap with a vent tube connected to the portion of the cap defining the vent opening, the vent tube having a length selected to extend into an ullage of the container when the container is inverted so product flows from the container through the cap and filter step reduction tool. a filter housing having a porous support with a rim around a periphery of the porous support; a graded porosity filter fitting within that rim and having a small pore size sufficiently large to pass the product through the filter while retaining the debris and optionally some growth media; a locking ring urging a periphery of the filter against an outer portion of the filter; and
A powder coating material characterized by comprising, as constituents thereof, the following fluororesin, the following resin and the following pigment, wherein the content of the pigment to the total amount of the powder coating material is from 0.7 to 23 mass%, Fluororesin: a fluororesin having a fluorine content of at least 10 mass%, Resin: a resin having a SP value larger than that of the fluororesin, and the difference between the SP value thereof and the SP value of the fluororesin is at least 0.4 (J/cm 3) 1/2, wherein the resin is a polyester resin, an acrylic resin or an epoxy resin, Pigment: a pigment which is a metallic pigment covered with a covering material, and the SP value of the covering material exceeds the SP value of the fluororesin and less than the SP value of the resin.
A dishwasher comprising: a main body; a tub provided in the main body; a basket (51, 52, 53) configured to be placed in the tub to accommodate dishes; an injector provided in the tub and configured to spray water to wash dishes in the basket (51, 52, 53); a sump configured to receive the water sprayed to wash the dishes and provided at a lower surface of the tub; a coupling portion formed in an upper side of the sump to extend upward into the tub; a circulation pump provided below the lower surface of the tub and configured to circulate the water from the sump; and a connector provided to connect the circulation pump to the injector to transfer the water from the circulation pump to the injector, wherein the connector has a tubular shape and comprises: a first region including one end of the connector, wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub, and a second region including the other end of the connector connected to the circulation pump. a main body; a tub provided in the main body; a basket (51, 52, 53) configured to be placed in the tub to accommodate dishes; an injector provided in the tub and configured to spray water to wash dishes in the basket (51, 52, 53); a sump configured to receive the water sprayed to wash the dishes and provided at a lower surface of the tub; a coupling portion formed in an upper side of the sump to extend upward into the tub; a circulation pump provided below the lower surface of the tub and configured to circulate the water from the sump; and a connector provided to connect the circulation pump to the injector to transfer the water from the circulation pump to the injector, wherein the connector has a tubular shape and comprises: a first region including one end of the connector, wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub, and a second region including the other end of the connector connected to the circulation pump. a first region including one end of the connector, wherein the first region is inserted into the coupling portion and the one end of the connector is disposed above the lower surface of the tub, and a second region including the other end of the connector connected to the circulation pump.
A method of friction welding a first workpiece to a second workpiece, the method comprising the steps of: (a) providing the first workpiece with a first faying surface, and the second workpiece with a second faying surface, the first faying surface having a first faying length, and the second faying surface having a second faying length, the second faying length being greater than the first faying length in a welding direction; (b) positioning the first workpiece adjacent the second workpiece with the first faying surface being in engagement with the second faying surface; (c) reciprocating the first workpiece and the second workpiece against one another in the welding direction such that the first faying surface moves relative to the second faying surface by a sweep length, such that a temperature at the first and second faying surfaces increases to create a weld interface; (d) as the weld process progresses and each of the first workpiece and second workpiece are consumed into the weld interface, adjusting the sweep length such that the sweep length remains equal to a difference between the second faying length and the first faying length; and (e) stopping the reciprocating and allowing the first workpiece and the second workpiece to cool to weld the first workpiece and the second workpiece together. (a) providing the first workpiece with a first faying surface, and the second workpiece with a second faying surface, the first faying surface having a first faying length, and the second faying surface having a second faying length, the second faying length being greater than the first faying length in a welding direction; (b) positioning the first workpiece adjacent the second workpiece with the first faying surface being in engagement with the second faying surface; (c) reciprocating the first workpiece and the second workpiece against one another in the welding direction such that the first faying surface moves relative to the second faying surface by a sweep length, such that a temperature at the first and second faying surfaces increases to create a weld interface; (d) as the weld process progresses and each of the first workpiece and second workpiece are consumed into the weld interface, adjusting the sweep length such that the sweep length remains equal to a difference between the second faying length and the first faying length; and (e) stopping the reciprocating and allowing the first workpiece and the second workpiece to cool to weld the first workpiece and the second workpiece together.
A method of operating a mobile device that is configured to receive multi-antenna downlink transmissions from a network node, the mobile device being configured to perform link adaptation to select a suitable modulation and/or coding scheme, MCS, from a plurality of available modulation and/or coding schemes, MCSs, for the multi-antenna downlink transmission, the method comprising: (i) determining whether the network node is sending dedicated pilots or reference signals to the mobile device for demodulation of the multi-antenna downlink transmission; in the event that dedicated pilots or reference signals are being transmitted, determining, based on whether the dedicated pilots or reference signals are being transmitted with restrictions, that an unrestricted set of MCSs is to be used, and otherwise determining that a restricted set of MCSs is to be used, the unrestricted set of MCSs comprising all of the plurality of available MCSs, the restricted set comprising a subset of the plurality of available MCSs; and (ii) performing the link adaptation to select the MCS for the multi-antenna downlink transmission using the unrestricted or restricted set of MCSs determined in step (i) (steps 203, 205). (i) determining whether the network node is sending dedicated pilots or reference signals to the mobile device for demodulation of the multi-antenna downlink transmission; in the event that dedicated pilots or reference signals are being transmitted, determining, based on whether the dedicated pilots or reference signals are being transmitted with restrictions, that an unrestricted set of MCSs is to be used, and otherwise determining that a restricted set of MCSs is to be used, the unrestricted set of MCSs comprising all of the plurality of available MCSs, the restricted set comprising a subset of the plurality of available MCSs; and (ii) performing the link adaptation to select the MCS for the multi-antenna downlink transmission using the unrestricted or restricted set of MCSs determined in step (i) (steps 203, 205).
Apparatus adapted to test the degree to which meat is cooked, which apparatus comprises: (i) a body; (ii) a meat-engaging formation which is fixed with respect to the body; (iii) a probe which is configured to move with respect to the body, and which is configured such that it does not penetrate the meat; (iv) sensor means; (v) processor means configured to provide an indication of the degree to which the meat is cooked; and (vi) test result means configured to give the indication provided by the processor means as a visual and/or audible test result, characterised in that: (vii) the sensor means is configured to sense the force applied by the meat to the probe when the meat-engaging formation is placed on the meat; and (viii) the processor means is configured to operate consequent upon the force sensed by the sensor means to provide an indication of the degree to which the meat is cooked. (i) a body; (ii) a meat-engaging formation which is fixed with respect to the body; (iii) a probe which is configured to move with respect to the body, and which is configured such that it does not penetrate the meat; (iv) sensor means; (v) processor means configured to provide an indication of the degree to which the meat is cooked; and (vi) test result means configured to give the indication provided by the processor means as a visual and/or audible test result, (vii) the sensor means is configured to sense the force applied by the meat to the probe when the meat-engaging formation is placed on the meat; and (viii) the processor means is configured to operate consequent upon the force sensed by the sensor means to provide an indication of the degree to which the meat is cooked.
A system for preventing access to a prohibited function on a mobile device when the mobile device is in a vehicle, the mobile device having an operating system installed thereon, comprising: a control device installed within the vehicle, the control device being a standalone hardware device that is external to and separate from the mobile device; a software application installed and running in memory resident on the mobile device; wherein the software application causes the mobile device to signal the control device if an unauthorised application is opened; wherein, in response to receipt of the signal from the mobile device, the control device transmits a command to the mobile device, wherein the command emulates a key press received on a remote keyboard; and wherein the key press has the effect of restricting usage of the unauthorised application. a control device installed within the vehicle, the control device being a standalone hardware device that is external to and separate from the mobile device; a software application installed and running in memory resident on the mobile device; wherein the software application causes the mobile device to signal the control device if an unauthorised application is opened; wherein, in response to receipt of the signal from the mobile device, the control device transmits a command to the mobile device, wherein the command emulates a key press received on a remote keyboard; and wherein the key press has the effect of restricting usage of the unauthorised application.
A nonwoven carbon fiber fabric which comprises ridges on only one surface thereof and which is provided with a water repellent, the ridges having a pitch L2 that is 20 μm or greater and less than 500 μm; wherein the ridges denote linear projections which are regularly arranged on the surface of the nonwoven carbon fiber fabric so as to be substantially parallel to each other, the height H1 of a ridge is 10 μm or more, and the pitch L2 is the mean of the distances between center lines of adjacent ridges.
A method for single cell haplotyping comprising the steps of a. Picking a single cell; b. Lysing said single cell; c. Amplifying said single cell DNA; d. Massively parallel genetic polymorphism typing of said amplified single cell DNA; e. Reconstructing the haplotype of the single cell's genotype using haplotyping software using all genetic polymorphisms or a selection thereof; f. Reassigning the allelic allocation of one or more genetic polymorphisms and/or intermediate regions, based on the information of neighboring genetic polymorphisms. a. Picking a single cell; b. Lysing said single cell; c. Amplifying said single cell DNA; d. Massively parallel genetic polymorphism typing of said amplified single cell DNA; e. Reconstructing the haplotype of the single cell's genotype using haplotyping software using all genetic polymorphisms or a selection thereof; f. Reassigning the allelic allocation of one or more genetic polymorphisms and/or intermediate regions, based on the information of neighboring genetic polymorphisms.
A semiconductor package structure (100c, 100e), comprising: a substrate having a first surface and second surface opposite thereto, wherein the substrate comprises a wiring structure (103, 105, 107, 109); a first semiconductor die disposed on the first surface of the substrate and electrically coupled to the wiring structure (103, 105, 107, 109); a second semiconductor die disposed on the first surface and electrically coupled to the wiring structure (103, 105, 107, 109), wherein the first semiconductor die and the second semiconductor die are arranged in a side-by-side manner; a molding material surrounding the first semiconductor die and the second semiconductor die, wherein the first semiconductor die is separated from the second semiconductor die by the molding material; and a frame mounted on the first surface of the substrate, wherein the frame surrounds the first semiconductor die and the second semiconductor die; characterized in that the frame comprises a retracted region at each of the four outer corners of the frame, each retracted region has a right-triangle shape and the area of each right-triangle shaped retracted region is presented by d 2 /2, wherein d is the length of the sides of legs of the right-triangle shaped retracted region, d is greater than or equal to w/2 and w is the width of the frame. a substrate having a first surface and second surface opposite thereto, wherein the substrate comprises a wiring structure (103, 105, 107, 109); a first semiconductor die disposed on the first surface of the substrate and electrically coupled to the wiring structure (103, 105, 107, 109); a second semiconductor die disposed on the first surface and electrically coupled to the wiring structure (103, 105, 107, 109), wherein the first semiconductor die and the second semiconductor die are arranged in a side-by-side manner; a molding material surrounding the first semiconductor die and the second semiconductor die, wherein the first semiconductor die is separated from the second semiconductor die by the molding material; and a frame mounted on the first surface of the substrate, wherein the frame surrounds the first semiconductor die and the second semiconductor die;