mhurhangee/ep-ind-claims huggingface dataset:
A glenoid component for securement to a glenoid surface of a scapula so as to provide a bearing surface for a head portion of a humerus, the glenoid component comprising: a body portion having (i) a first surface adapted to contact the glenoid surface of a scapula and (ii) a second surface configured to receive the head portion of the humerus, and an anchor peg for penetrating the glenoid surface of the scapula so as to secure the body portion to the glenoid surface of the scapula, in which the anchor peg includes (i) a cylindrical shaft extending from the first surface of the body portion and (ii) a fin secured to and extending outwardly from the cylindrical shaft, characterised in that the fin is generally square-shaped. a body portion having (i) a first surface adapted to contact the glenoid surface of a scapula and (ii) a second surface configured to receive the head portion of the humerus, and an anchor peg for penetrating the glenoid surface of the scapula so as to secure the body portion to the glenoid surface of the scapula, in which the anchor peg includes (i) a cylindrical shaft extending from the first surface of the body portion and (ii) a fin secured to and extending outwardly from the cylindrical shaft, characterised in that the fin is generally square-shaped.
Magazine apparatus for storing a large number of blow moulds outside a working mode of the blow moulds, which blow moulds serve for transforming plastic preforms into plastic containers and which are in each case composed of multiple parts, characterised in that the magazine apparatus comprises at least one cleaning device for cleaning at least one region of the blow moulds in a storing state in the magazine apparatus.
An electrical contactor assembly comprising: an electrical contactor; an electrical bus bar; a panel formed from an electrically insulating material; at least one post protruding through the panel and in contact with the electrical bus bar, the post being constructed from an electrically and thermally conductive material, wherein a first end of the post is configured to electrically and thermally connect to the electrical contactor; characterised by a heat sink removably coupled to a second end of the post, the heat sink including a body having a plurality of fins extending radially outward from body, wherein a first portion of the plurality of fins extends around an entire circumference of the body and a second portion of the plurality of fins extends around only a portion of the circumference of the body. an electrical contactor; an electrical bus bar; a panel formed from an electrically insulating material; at least one post protruding through the panel and in contact with the electrical bus bar, the post being constructed from an electrically and thermally conductive material, wherein a first end of the post is configured to electrically and thermally connect to the electrical contactor; characterised by a heat sink removably coupled to a second end of the post, the heat sink including a body having a plurality of fins extending radially outward from body, wherein a first portion of the plurality of fins extends around an entire circumference of the body and a second portion of the plurality of fins extends around only a portion of the circumference of the body.
An immunogenic composition in particulate form, comprising: i. a non-viable bacterium-like particle obtained from a Gram-positive bacterium as particulate carrier; ii. oligomers of a recombinantly produced polypeptide attached non-covalently to said BLP, wherein the recombinant polypeptide comprises: A) an N- or C-terminal antigenic domain, comprising at least one surface exposed polypeptide of pathogenic or tumour origin, or antigenic part thereof, the antigenic domain being fused to B) an oligomerization domain, said oligomerization domain being fused via C) a linker domain to D) a peptidoglycan binding domain consisting of a single copy of a LysM domain mediating the non-covalent attachment of the polypeptide to the BLP, and wherein the polypeptide as a whole contains only a single copy of a LysM domain; and iii. a pharmaceutically acceptable diluent or excipient. i. a non-viable bacterium-like particle obtained from a Gram-positive bacterium as particulate carrier; ii. oligomers of a recombinantly produced polypeptide attached non-covalently to said BLP, wherein the recombinant polypeptide comprises: A) an N- or C-terminal antigenic domain, comprising at least one surface exposed polypeptide of pathogenic or tumour origin, or antigenic part thereof, the antigenic domain being fused to B) an oligomerization domain, said oligomerization domain being fused via C) a linker domain to D) a peptidoglycan binding domain consisting of a single copy of a LysM domain mediating the non-covalent attachment of the polypeptide to the BLP, and wherein the polypeptide as a whole contains only a single copy of a LysM domain; and A) an N- or C-terminal antigenic domain, comprising at least one surface exposed polypeptide of pathogenic or tumour origin, or antigenic part thereof, the antigenic domain being fused to B) an oligomerization domain, said oligomerization domain being fused via C) a linker domain to D) a peptidoglycan binding domain consisting of a single copy of a LysM domain mediating the non-covalent attachment of the polypeptide to the BLP, and wherein the polypeptide as a whole contains only a single copy of a LysM domain; and iii. a pharmaceutically acceptable diluent or excipient.
Method for manufacturing press-hardened components, particularly vehicle body components, from a plate of unhardened, hot-formable sheet steel, wherein the plate is hot-formed and hardened in a pressing tool to form a sheet metal profile, thereby initially producing a plate, the geometry of which essentially corresponds to the blank of the finished component, and the plate is subsequently re-shaped in a hot forming tool to produce the component, which is press-hardened, after which the component is provided with a surface coating, characterised in that during the press-hardening the component is cooled to a temperature of less than or equal to (≤) 300 °C, preferably to a temperature of between 180° and 300°C, particularly about 200°C, and the hot-formed, press-hardened component is then transferred into the coating process at the temperature which it has after leaving the hot-forming tool, which is between 180°C and 300°C, particularly about 200°C.
A process for the desulphurization of low-medium rank coal comprising the steps of: a) providing low-medium rank coal; b) leaching said coal in an aqueous solution comprising 10 to 20 wt.% of potassium hydroxide, for a period of time of 4 to 8 hours at a temperature of less than 100oC; c) washing and filtering the so leached coal; d) leaching the coal in an aqueous solution comprising 2 to 30 vol.% of hydrogen peroxide, for a period of time of 2 to 6 hours at a temperature of 60 to 90oC; and e) washing and filtering the so obtained coal. a) providing low-medium rank coal; b) leaching said coal in an aqueous solution comprising 10 to 20 wt.% of potassium hydroxide, for a period of time of 4 to 8 hours at a temperature of less than 100oC; c) washing and filtering the so leached coal; d) leaching the coal in an aqueous solution comprising 2 to 30 vol.% of hydrogen peroxide, for a period of time of 2 to 6 hours at a temperature of 60 to 90oC; and e) washing and filtering the so obtained coal.
A load control device comprising: an energization circuit unit connected between a power source and a load and configured to switch ON and OFF of energization of the load; a failure detection unit connected to a downstream side of the energization circuit unit; and a control unit configured to supply an ON-OFF control signal to the energization circuit unit, wherein the energization circuit unit includes a parallel switch circuit including a first semiconductor switch and a second semiconductor switch each having a current capacity being capable of controlling ON and OFF of energization of the load, and the first semiconductor switch and the second semiconductor switch being connected in parallel to each other; and the control unit supplies a common ON-OFF control signal to the first semiconductor switch and the second semiconductor switch, characterized in that the load control device comprises a current interruption unit connected to an upstream side of the energization circuit unit and configured to interrupt supply of current of the power source to the energization circuit unit in a case that the failure detection unit detects a failure, and the control unit has a temporary release mode of temporarily releasing interruption of the current interruption unit when a predetermined condition is satisfied after the current interruption unit interrupts the current in a case where the failure detection unit detects a specific failure. an energization circuit unit connected between a power source and a load and configured to switch ON and OFF of energization of the load; a failure detection unit connected to a downstream side of the energization circuit unit; and a control unit configured to supply an ON-OFF control signal to the energization circuit unit, wherein the energization circuit unit includes a parallel switch circuit including a first semiconductor switch and a second semiconductor switch each having a current capacity being capable of controlling ON and OFF of energization of the load, and the first semiconductor switch and the second semiconductor switch being connected in parallel to each other; and the control unit supplies a common ON-OFF control signal to the first semiconductor switch and the second semiconductor switch, the load control device comprises a current interruption unit connected to an upstream side of the energization circuit unit and configured to interrupt supply of current of the power source to the energization circuit unit in a case that the failure detection unit detects a failure, and the control unit has a temporary release mode of temporarily releasing interruption of the current interruption unit when a predetermined condition is satisfied after the current interruption unit interrupts the current in a case where the failure detection unit detects a specific failure.
A method of forming a through via in a glass substrate comprising the steps of: patterning a through glass via, TGV, to a first depth in a glass substrate with a front surface and a back surface; filling the TGV with conductive material; removing excess conductive material to the front surface of the substrate; depositing a first dielectric film on the front surface; patterning a via and a trench; filling the via and the trench with conductive material and removing excess material to a front surface of the first dielectric film; completing a front side metallization process and mounting a front side of the substrate to a carrier wafer; backgrinding a back side of the substrate to open the TGV; depositing a second dielectric film on the back surface; patterning a back side via and a trench; filling the via and the trench with conductive material and removing excess material to a back surface of the second dielectric film; and completing a back side metallization process. patterning a through glass via, TGV, to a first depth in a glass substrate with a front surface and a back surface; filling the TGV with conductive material; removing excess conductive material to the front surface of the substrate; depositing a first dielectric film on the front surface; patterning a via and a trench; filling the via and the trench with conductive material and removing excess material to a front surface of the first dielectric film; completing a front side metallization process and mounting a front side of the substrate to a carrier wafer; backgrinding a back side of the substrate to open the TGV; depositing a second dielectric film on the back surface; patterning a back side via and a trench; filling the via and the trench with conductive material and removing excess material to a back surface of the second dielectric film; and completing a back side metallization process.
Ink feed for a rotary printing press, said ink feed having: an ink reservoir, and an ink separator, the ink reservoir being connectable at a first end to an ink carriage, the ink reservoir extending in an axial direction and having a second end adapted to abut against the ink separator, the ink reservoir and ink separator both extending along the same axial direction, with the ink separator having a first end that abuts the ink reservoir and a second end which abuts a face of a roller C for the rotary printing press, the ink reservoir including an elastic adaptative member that extends in a longitudinal direction having a certain angle to the axial direction of the ink reservoir so that the adaptative member can provide a force on the ink separator to allow movement of the ink separator towards the face of the roller C, the ink reservoir having an upper surface and a lower surface that faces the ink carriage, characterized in that the adaptative member extends to an outer wall of the ink reservoir so allowing adjustment of a force applied by the adaptative member, the upper surface having an aperture to allow the adaptative member to be adjusted to alter the force on the face of the roller C. an ink reservoir, and an ink separator, the ink reservoir being connectable at a first end to an ink carriage, the ink reservoir extending in an axial direction and having a second end adapted to abut against the ink separator, the ink reservoir and ink separator both extending along the same axial direction, with the ink separator having a first end that abuts the ink reservoir and a second end which abuts a face of a roller C for the rotary printing press, the ink reservoir including an elastic adaptative member that extends in a longitudinal direction having a certain angle to the axial direction of the ink reservoir so that the adaptative member can provide a force on the ink separator to allow movement of the ink separator towards the face of the roller C, the ink reservoir having an upper surface and a lower surface that faces the ink carriage, characterized in that the adaptative member extends to an outer wall of the ink reservoir so allowing adjustment of a force applied by the adaptative member, the upper surface having an aperture to allow the adaptative member to be adjusted to alter the force on the face of the roller C.
Measuring device with a synthesizer unit (49a, 49c), at least two control units (86, 86a, 86b, 86c, 86d) and at least two controlled oscillators (64, 64a, 64b, 64c, 64d), wherein the synthesizer unit (49a, 49c) comprises at least one direct digital synthesizer (50a, 50c, 50d) which is configured to form reference signals for at least one of the control units (86, 86a, 86b, 86c, 86d), wherein the control units (86, 86a, 86b, 86c, 86d) are configured to control the controlled oscillators (64, 64a, 64b, 64c, 64d) directly or indirectly, wherein the measuring device comprises frequency dividers (58, 59, 66, 72) which are configured to divide by an integer dividing factor (M, N, 2), and wherein the measuring device comprises no fractional frequency dividers, characterised in that the at least one direct digital synthesizer is configured to generate at least two signals of identical frequency, of different phase and of known phase ratio, wherein the phases of the signals are adjustable, in that the control units (86, 86a, 86b, 86c, 86d) each comprise a phase discriminator, a loop controller and at least one frequency divider (58, 59) which is configured to divide by integer divider factors (M, N), and in that the frequency divider (58, 59) is configured to divide the frequency of in each case one signal generated by one of the controlled oscillators (64, 64a, 64b, 64c, 64d), and to transmit the signal generated by it to the phase discriminator.
Closure device for closing off a housing opening, in particular of an electrical door-drive housing, comprising: a frame which defines a frame opening and which is configured for being inserted into the housing opening to be closed off and for being fixed, in particular without additional auxiliary aids, to the housing, and a cover which is releasably connected or connectable to the frame and by which, in interaction with the frame, the frame opening is able to be closed off, wherein the frame opening is able to be closed off by means of the cover by way of a latching connection, wherein, for effecting the latching connection between the cover and the frame, the cover has a flexible latching means which, in the latched-in state of the cover, engages behind a projection formed on the frame and projecting into the frame opening, or wherein the flexible latching means is formed on the frame and, in the latched-in state of the cover, engages behind a projection formed on the cover, characterized in that the latching means has an engagement means for a tool, wherein release of the latching connection between the cover and the frame is possible exclusively by way of the engagement means. a frame which defines a frame opening and which is configured for being inserted into the housing opening to be closed off and for being fixed, in particular without additional auxiliary aids, to the housing, and a cover which is releasably connected or connectable to the frame and by which, in interaction with the frame, the frame opening is able to be closed off, wherein the frame opening is able to be closed off by means of the cover by way of a latching connection, wherein, for effecting the latching connection between the cover and the frame, the cover has a flexible latching means which, in the latched-in state of the cover, engages behind a projection formed on the frame and projecting into the frame opening, or wherein the flexible latching means is formed on the frame and, in the latched-in state of the cover, engages behind a projection formed on the cover, characterized in that the latching means has an engagement means for a tool, wherein release of the latching connection between the cover and the frame is possible exclusively by way of the engagement means.
The method of measurement of knee strength characteristics in particular in isokinetic movement characterized in that the measured person in the upright position leans with the rear side of its calves against vertically mounted dynamometers with bearing surfaces and leans with the rear side of thighs against a movable arm and starts transition from the upright position to the sitting position, thus acting on the movable arm, which monitors speed of change in angular position of the movable arm by a connected sensor of angular position and simultaneously acting on the dynamometers with the bearing surfaces, which measure the strength generated by the measured person individually for each lower extremity whereas the sensor of angular position and dynamometers transmit collected data to a control unit, which evaluates the speed of change in angular position of the movable arm and informs the measured person on the visualization equipment on the actual speed and the requested speed of change in angular position of the movable arm in a manner that the measured person adjusts the actual speed to the requested speed of transition from the upright position to the sitting position.
Hand support for a door lining of a vehicle, in particular for a motor vehicle door, comprising: - a support element, - an engagement groove, - an unlocking element for unlocking a door lock, wherein the support element has a narrow side which is arranged at an angle of between 40 and 100 degrees to a main plane of the door lining, and a longitudinal side which is arranged at an angle of between 0 and 30 degrees to the main plane, wherein the engagement groove adjoins the longitudinal and/or narrow side (5; 7) of the support element, wherein the unlocking element is arranged so as to adjoin the support element, characterized in that the unlocking element extends at least partially into the engagement groove. - a support element, - an engagement groove, - an unlocking element for unlocking a door lock,
A flat knitting machine comprising a yarn feeder with variable yarn feeding positions, the yarn feeder comprising: a driving mechanism controlled by an electronic signal and comprising a driving plate which is making a push stroke after for being started; and a yarn feeding mechanism comprising a joining plate connected with the driving plate and a yarn feeding arm assembled with the joining plate, wherein the joining plate comprises a guide hole, the yarn feeding arm comprises a guide column disposed in the guide hole, with the joining plate making a displacement stroke when the driving plate makes the push stroke, the yarn feeding arm comprises a yarn feeding end facing one of the knitting machine's needle beds (11 or 12), with the guide column changing a position in the guide hole when the joining plate makes the displacement stroke, and the yarn feeding arm changing a yarn feeding position of the yarn feeding end along one of the needle beds (11 or 12) when the guide column changes the position; characterized in that the guide hole is bounded, in a motion direction of the yarn feeder along the needle beds, by two bevels (252, 253) that are disposed oppositely and contacted with the guide column, and the yarn feeding position is changed when the guide column changes the position relative to one of the bevels (252 or 253), and the guide hole is trapezoidal. a driving mechanism controlled by an electronic signal and comprising a driving plate which is making a push stroke after for being started; and a yarn feeding mechanism comprising a joining plate connected with the driving plate and a yarn feeding arm assembled with the joining plate, wherein the joining plate comprises a guide hole, the yarn feeding arm comprises a guide column disposed in the guide hole, with the joining plate making a displacement stroke when the driving plate makes the push stroke, the yarn feeding arm comprises a yarn feeding end facing one of the knitting machine's needle beds (11 or 12), with the guide column changing a position in the guide hole when the joining plate makes the displacement stroke, and the yarn feeding arm changing a yarn feeding position of the yarn feeding end along one of the needle beds (11 or 12) when the guide column changes the position;