mhurhangee/ep-ind-claims huggingface dataset:
A drill guide comprising: a first bone plate and a second bone plate angularly offset with respect to the first bone plate, each of the first and second bone plates (2;4) defining at least one hole (11;12;13) extending therethrough and configured to position a bone fixation hole on the underlying bone; characterized in that the drill guide further comprises: a first articulation configured to angularly displace the second bone plate with respect to the first bone plate about a first axis of rotation; and a second articulation configured to angularly displace the second bone plate with respect to the first bone plate about a second axis of rotation that is angularly offset with respect to the first axis of rotation. a first bone plate and a second bone plate angularly offset with respect to the first bone plate, each of the first and second bone plates (2;4) defining at least one hole (11;12;13) extending therethrough and configured to position a bone fixation hole on the underlying bone; a first articulation configured to angularly displace the second bone plate with respect to the first bone plate about a first axis of rotation; and a second articulation configured to angularly displace the second bone plate with respect to the first bone plate about a second axis of rotation that is angularly offset with respect to the first axis of rotation.
A battery pack internal short circuit detection method, wherein the method comprises: measuring (S52, S72) voltages of a reference battery and a target battery in a first charging process of a battery pack (211, 41), wherein a voltage value of the reference battery at a first moment t1 is a first voltage V set1, a voltage value of the target battery at the first moment t1 is a second voltage V2, and the battery pack comprises the reference battery and the target battery; measuring (S54, S76) voltages of the reference battery and the target battery in a second charging process of the battery pack, wherein a voltage value of the reference battery at a second moment t2 is the first voltage V set1, and a voltage value of the target battery at the second moment t2 is a third voltage V2; and determining, based on the second voltage V2 and the third voltage V2, whether the target battery has an internal short circuit. measuring (S52, S72) voltages of a reference battery and a target battery in a first charging process of a battery pack (211, 41), wherein a voltage value of the reference battery at a first moment t1 is a first voltage V set1, a voltage value of the target battery at the first moment t1 is a second voltage V2, and the battery pack comprises the reference battery and the target battery; measuring (S54, S76) voltages of the reference battery and the target battery in a second charging process of the battery pack, wherein a voltage value of the reference battery at a second moment t2 is the first voltage V set1, and a voltage value of the target battery at the second moment t2 is a third voltage V2; and determining, based on the second voltage V2 and the third voltage V2, whether the target battery has an internal short circuit.
A process for producing an electrode of a biofuel cell recovered on its surface by a biofilm, in a liquid medium containing bacteria and a substrate allowing the bacteria to grow, in which a system of electrodes is used that consists of two electrodes which are connected to a DC current source, these two electrodes are placed in the medium and a predetermined constant potential difference comprised between 100 and 700 mV is applied between the electrodes, thereby forming biofilms on the surface of the electrodes.
A controller for controlling a dynamic random access memory (DRAM) comprising a plurality of blocks, a block is one or more units of storage in the DRAM for which the DRAM controller can selectively enable or disable refreshing, characterized in that the DRAM controller comprises: a plurality of flags each for association with a block or a range of blocks of the plurality of blocks of the DRAM; and a sanitize controller that determines that a block or a range of blocks of the plurality of blocks is to be sanitized and in response sets a flag of the plurality of flags associated with the block or the range of blocks of the plurality of blocks and disables refreshing of the block or the range of blocks; and in response to subsequently receiving a request to read data from a location in the block or the range of blocks: if the flag is clear, the DRAM controller reads the location and returns data read therefrom; and if the flag is set, the DRAM controller returns a value of zero and refrains from reading the DRAM; wherein the sanitize controller includes hardware that determines that the block or the range of blocks is to be sanitized by detecting a series of zero-valued writes, without an intervening non-zero-valued write to any location of the block or the range of blocks, to all locations of the block or the range of blocks. a plurality of flags each for association with a block or a range of blocks of the plurality of blocks of the DRAM; and a sanitize controller that determines that a block or a range of blocks of the plurality of blocks is to be sanitized and in response sets a flag of the plurality of flags associated with the block or the range of blocks of the plurality of blocks and disables refreshing of the block or the range of blocks; and in response to subsequently receiving a request to read data from a location in the block or the range of blocks: if the flag is clear, the DRAM controller reads the location and returns data read therefrom; and if the flag is set, the DRAM controller returns a value of zero and refrains from reading the DRAM; if the flag is clear, the DRAM controller reads the location and returns data read therefrom; and if the flag is set, the DRAM controller returns a value of zero and refrains from reading the DRAM; wherein the sanitize controller includes hardware that determines that the block or the range of blocks is to be sanitized by detecting a series of zero-valued writes, without an intervening non-zero-valued write to any location of the block or the range of blocks, to all locations of the block or the range of blocks.
Axial cage for cylindrical rolling elements, substantially comprising a thin-walled annular disc having a profiled cross-section which is formed by means of an inner radial rim which is formed on the inner edge of the annular disc, an outer radial rim which is formed on the outer edge of the annular disc and a central bead which is connected to the radial rims (3, 4) by means of radially inner and outer intermediate profile portions (5, 6), wherein from the bead and the adjacent intermediate profile portions (5, 6), there are recessed a number of rectangular cage pockets which are uniformly spaced apart from each other and between which there are formed an identical number of pocket webs which connect the rims (3, 4) to each other and by means of which the cylindrical rolling elements are retained in the cage pockets with uniform spacing from each other and guided in a peripheral direction, characterized in that the annular disc comprises a highly alloyed spring steel which is already through-hardened and tempered before the processing operation and which has a maximum hardness of 450 HV.
A use of a particle measuring device to image-recognize particles contained in a fluid to be measured and measure a physical quantity of the particles, the particle measuring device comprising: a sample holding region configured to hold a sample containing the particles; an observation window disposed on a wall surface of the sample holding region; an irradiation window configured to irradiate the particles with light from a light source; and two cleaning nozzles (126, 128) configured to discharge a cleaning liquid toward the observation window and the irradiation window, respectively, wherein the cleaning liquid is different from the fluid to be measured, wherein the irradiation window is provided at a position facing the observation window on the wall surface of the sample holding region, a distance between the irradiation window and the observation window is capable of being adjusted, at the time of cleaning, as compared with the time of measuring, the distance between the irradiation window and the observation window is widened, and the observation window and the irradiation window are cleaned, and the discharge ports of the two cleaning nozzles (126, 128) are disposed on upstream sides of the observation window and the irradiation window, respectively, in a direction in which the sample flows. a sample holding region configured to hold a sample containing the particles; an observation window disposed on a wall surface of the sample holding region; an irradiation window configured to irradiate the particles with light from a light source; and two cleaning nozzles (126, 128) configured to discharge a cleaning liquid toward the observation window and the irradiation window, respectively, wherein the cleaning liquid is different from the fluid to be measured, wherein the irradiation window is provided at a position facing the observation window on the wall surface of the sample holding region, a distance between the irradiation window and the observation window is capable of being adjusted, at the time of cleaning, as compared with the time of measuring, the distance between the irradiation window and the observation window is widened, and the observation window and the irradiation window are cleaned, and the discharge ports of the two cleaning nozzles (126, 128) are disposed on upstream sides of the observation window and the irradiation window, respectively, in a direction in which the sample flows.
Heddle, comprising - an inserted heddle eyelet provided with • a passage opening for a warp yarn, and • an outer circumference having an edge zone along the edge lines, said edge lines being located alongside the inserted heddle eyelet when seen in the longitudinal direction of the inserted heddle eyelet, and - a metal carrier part provided for attachment of the inserted heddle eyelet such that, in the attached state of the inserted heddle eyelet, this carrier part consists of a part in which the inserted heddle eyelet is inserted and at least one part that extends outside this inserted heddle eyelet, wherein the carrier part, at least at one of the said edge lines and at least at the point of the transitions from the one or more parts of this carrier part that extend outside the inserted heddle eyelet towards the part of this carrier part in which the inserted heddle eyelet is inserted, is carried out such that when the heddle with the inserted heddle eyelet in the attached state is viewed from the side, - it protrudes beyond the edge zone, and - the outer circumference of the inserted heddle eyelet is at least partially visible characterised in that the carrier part is provided such that on each of the left-hand and/or right-hand side (I, II) where the carrier part extends, on both the front side and the rear side of the inserted heddle eyelet, the carrier part protrudes with respect to the edge zone in each case over at least a part of the length of the carrier part when the heddle with the inserted heddle eyelet in the attached state is viewed from the side. - an inserted heddle eyelet provided with • a passage opening for a warp yarn, and • an outer circumference having an edge zone along the edge lines, said edge lines being located alongside the inserted heddle eyelet when seen in the longitudinal direction of the inserted heddle eyelet, and • a passage opening for a warp yarn, and • an outer circumference having an edge zone along the edge lines, said edge lines being located alongside the inserted heddle eyelet when seen in the longitudinal direction of the inserted heddle eyelet, and - a metal carrier part provided for attachment of the inserted heddle eyelet such that, in the attached state of the inserted heddle eyelet, this carrier part consists of a part in which the inserted heddle eyelet is inserted and at least one part that extends outside this inserted heddle eyelet, - it protrudes beyond the edge zone, and - the outer circumference of the inserted heddle eyelet is at least partially visible
A liquid treating device comprising: a closed tank; a liquid guide cylinder which is placed in the closed tank in a vertical direction and has a liquid suction port opened at a lower end and a liquid ejection port opened at an upper end; a liquid supply unit for supplying liquid to be treated to the liquid suction port of the liquid guide cylinder; a pumping-up unit, which is provided within the liquid guide cylinder, for suctioning liquid from the liquid suction port and ejecting liquid from the liquid ejection port; a liquid ejection space part to which liquid is ejected from the liquid ejection port of the liquid guide cylinder by the pumping-up unit, in an upper part of the closed tank; a gas supplyunit (34, 35) for supplying gas to be dissolved in the liquid ejection space part under pressure; a reflux passage for circulating liquid from the liquid ejection space part through space between the closed tank and the liquid guide cylinder to a lower part of the liquid guide cylinder; and a gas-liquid separation bath formed in the closed tank and at a lower side than the liquid suction port of the liquid guide cylinder and for separating out gas, which has not been dissolved in liquid, from liquid and suctioning the gas to the liquid guide cylinder together with liquid; characterized by treated liquid taking-out piping having a liquid taking-out port opened at a lower part of the gas-liquid separation bath in the closed tank and for taking out treated liquid, in which gas is subjected to dissolution treatment, from a lower part of the closed tank to the exterior. a closed tank; a liquid guide cylinder which is placed in the closed tank in a vertical direction and has a liquid suction port opened at a lower end and a liquid ejection port opened at an upper end; a liquid supply unit for supplying liquid to be treated to the liquid suction port of the liquid guide cylinder; a pumping-up unit, which is provided within the liquid guide cylinder, for suctioning liquid from the liquid suction port and ejecting liquid from the liquid ejection port; a liquid ejection space part to which liquid is ejected from the liquid ejection port of the liquid guide cylinder by the pumping-up unit, in an upper part of the closed tank; a gas supplyunit (34, 35) for supplying gas to be dissolved in the liquid ejection space part under pressure; a reflux passage for circulating liquid from the liquid ejection space part through space between the closed tank and the liquid guide cylinder to a lower part of the liquid guide cylinder; and a gas-liquid separation bath formed in the closed tank and at a lower side than the liquid suction port of the liquid guide cylinder and for separating out gas, which has not been dissolved in liquid, from liquid and suctioning the gas to the liquid guide cylinder together with liquid; characterized by treated liquid taking-out piping having a liquid taking-out port opened at a lower part of the gas-liquid separation bath in the closed tank and for taking out treated liquid, in which gas is subjected to dissolution treatment, from a lower part of the closed tank to the exterior.
Method of preparing a non-covalently cross-linked polymer system comprising the steps of: preparing a melt of a copolymer based on a first comonomer and at least one second comonomer, the first comonomer being selected from L-lactide and D-lactide; and adding a lactide-containing stereocomplex forming agent to the melt, wherein the stereocomplex forming agent is selected such that the resulting polymer system comprises a combination of constitution units derived from L-lactide and constitution units derived from D-lactide forming stereocomplexes. preparing a melt of a copolymer based on a first comonomer and at least one second comonomer, the first comonomer being selected from L-lactide and D-lactide; and adding a lactide-containing stereocomplex forming agent to the melt, wherein the stereocomplex forming agent is selected such that the resulting polymer system comprises a combination of constitution units derived from L-lactide and constitution units derived from D-lactide forming stereocomplexes.
Apparatus for machining the running edges of a piece of sports equipment, in particular a ski or a snowboard, with a transport apparatus, which can be connected to the piece of sports equipment temporarily, for the automated movement of the piece of sports equipment in a movement sequence, which comprises at least in sections a direction of movement (x) that is substantially parallel to the longitudinal direction of the piece of sports equipment, wherein in this movement sequence of the piece of sports equipment the following are arranged one after another: - a lower-edge machining device for machining an undersurface of at least one running edge laterally adjoining a running surface layer of the piece of sports equipment, - a lateral-edge machining device for machining a lateral surface of the at least one running edge adjoining the bottom of the lateral surface of the piece of sports equipment, and - a deburring device for removing a burr formed by the lateral-edge machining device on the at least one running edge characterized in that a running-surface machining device, which machines flat the running surface layer of the piece of sports equipment and an undersurface, adjoining it in a flush manner, of at least one running edge, is arranged upstream of the lower-edge machining device in the movement sequence. - a lower-edge machining device for machining an undersurface of at least one running edge laterally adjoining a running surface layer of the piece of sports equipment, - a lateral-edge machining device for machining a lateral surface of the at least one running edge adjoining the bottom of the lateral surface of the piece of sports equipment, and - a deburring device for removing a burr formed by the lateral-edge machining device on the at least one running edge
A device for delivering a therapeutic substance to the body of a mammal, comprising: a reservoir for storing the therapeutic substance; an infusion set comprising: a catheter; a catheter housing for housing the catheter; a proximal connector for connecting to the reservoir; a distal connector for connecting to the catheter housing; and a drug delivery tube connecting the proximal connector and the distal connector; and a pump adapter for securing a pump containing the reservoir and the proximal connector of the infusion set: characterized in that the pump adapter and the proximal connector of the infusion set comprise connecting electrical contacts (4,5), which are constructed and arranged such that the electrical contacts (4, 5) are aligned and connected to one another in a single action when the pump and the proximal connector are being secured to the pump adapter. a reservoir for storing the therapeutic substance; an infusion set comprising: a catheter; a catheter housing for housing the catheter; a proximal connector for connecting to the reservoir; a distal connector for connecting to the catheter housing; and a drug delivery tube connecting the proximal connector and the distal connector; and a pump adapter for securing a pump containing the reservoir and the proximal connector of the infusion set: characterized in that the pump adapter and the proximal connector of the infusion set comprise connecting electrical contacts (4,5), which are constructed and arranged such that the electrical contacts (4, 5) are aligned and connected to one another in a single action when the pump and the proximal connector are being secured to the pump adapter. a catheter; a catheter housing for housing the catheter; a proximal connector for connecting to the reservoir; a distal connector for connecting to the catheter housing; and a drug delivery tube connecting the proximal connector and the distal connector; and a pump adapter for securing a pump containing the reservoir and the proximal connector of the infusion set: characterized in that the pump adapter and the proximal connector of the infusion set comprise connecting electrical contacts (4,5), which are constructed and arranged such that the electrical contacts (4, 5) are aligned and connected to one another in a single action when the pump and the proximal connector are being secured to the pump adapter.
A method for the impact hardening of transition radii of a crankshaft (4, 4'), in particular of transition radii between connecting-rod bearing journals (5, 5') and crank webs (7, 7') and/or transition radii between main bearing journals (6, 6') and the crank webs (7, 7') of the crankshaft (4, 4'), wherein the crankshaft (4, 4') is firstly rotated by means of a drive device (3, 3') along a direction of rotation into an impact position, characterized in that an arresting device is provided in order to arrest the crankshaft (4, 4') in the impact position, following which an impact force is introduced into at least one transition radius by means of at least one impact tool (16, 16').
A reaction device with air-lift type internal circulation which comprises: - a vertical cylindrical volume; - a vertical element positioned within said volume in such a way as to form an interspace with the walls of said volume, having a cross-section which is circular and orthogonal to the vertical axis of the element and with a variable internal diameter along said axis, said element being denoted "draft tube"; - at least one gas distributor positioned on the bottom of said device; said device being characterised in that: - the ratio between the diameter of the internal vertical element and the internal diameter of the cylindrical volume ranges from 0.05 to 0.5, and - the ratio between the height of the vertical element and the height of the cylindrical volume is less than 0.5. - a vertical cylindrical volume; - a vertical element positioned within said volume in such a way as to form an interspace with the walls of said volume, having a cross-section which is circular and orthogonal to the vertical axis of the element and with a variable internal diameter along said axis, said element being denoted "draft tube"; - at least one gas distributor positioned on the bottom of said device; - the ratio between the diameter of the internal vertical element and the internal diameter of the cylindrical volume ranges from 0.05 to 0.5, and - the ratio between the height of the vertical element and the height of the cylindrical volume is less than 0.5.
A receptacle for dispensing cosmetic product comprising: - a base adapted to receive a cup containing the product; - a cover which can be rotated between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection, - an intermediate platform for holding the cup in position, located between the base and the cover and being rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection, characterized in that it comprises a system for positioning the cup in order to limit any relative movement of the cup with respect to the base, this positioning system comprising an inclined bearing surface of the platform adapted to bear against an upper rim of the cup. - a base adapted to receive a cup containing the product; - a cover which can be rotated between a position in which the receptacle is closed and a position in which the receptacle is open, connected to the base by a first pivot connection, - an intermediate platform for holding the cup in position, located between the base and the cover and being rotatable between a closed position adapted to clamp the cup and an open position allowing the cup to be removed, this platform being connected to the base by a second pivot connection,