mhurhangee/patent-ind-claim-en huggingface dataset:
A developer cartridge detachably mounted to a main apparatus , said developer cartridge comprising: a storage portion in which a developer is stored; an ejection opening for ejecting said developer from said storage portion ; and a first opening-and-closing member configured to be slidable for opening and closing said ejection opening , wherein said first opening-and-closing member is configured to take: a first position where said first opening-and-closing member opens said ejection opening and causes said developer cartridge to be fixed to said main apparatus ; a second position where said first opening-and-closing member closes said ejection opening and makes said developer cartridge detachable from said main apparatus ; and a third position where said first opening-and-closing member closes said ejection opening and causes said developer cartridge to be fixed to said main apparatus , and wherein said first position is located on one side of said second position, and said third position is located on the other side of said second position. a storage portion in which a developer is stored; an ejection opening for ejecting said developer from said storage portion ; and a first opening-and-closing member configured to be slidable for opening and closing said ejection opening , wherein said first opening-and-closing member is configured to take: a first position where said first opening-and-closing member opens said ejection opening and causes said developer cartridge to be fixed to said main apparatus ; a second position where said first opening-and-closing member closes said ejection opening and makes said developer cartridge detachable from said main apparatus ; and a third position where said first opening-and-closing member closes said ejection opening and causes said developer cartridge to be fixed to said main apparatus , and wherein said first position is located on one side of said second position, and said third position is located on the other side of said second position. a first position where said first opening-and-closing member opens said ejection opening and causes said developer cartridge to be fixed to said main apparatus ; a second position where said first opening-and-closing member closes said ejection opening and makes said developer cartridge detachable from said main apparatus ; and a third position where said first opening-and-closing member closes said ejection opening and causes said developer cartridge to be fixed to said main apparatus , and wherein said first position is located on one side of said second position, and said third position is located on the other side of said second position.
An inspecting device comprising: - a first index table ; - a second index table ; - an arm configured to conduct a device transferring operation of transferring a device (DUT) between the first index table and the second index table ; - a first testing device configured to test, in a first environment, the device (DUT) placed on the first index table ; and - a second testing device configured to test, in a second environment which is different from the first environment, the device (DUT) placed on the second index table . - a first index table ; - a second index table ; - an arm configured to conduct a device transferring operation of transferring a device (DUT) between the first index table and the second index table ; - a first testing device configured to test, in a first environment, the device (DUT) placed on the first index table ; and - a second testing device configured to test, in a second environment which is different from the first environment, the device (DUT) placed on the second index table .
A planar inverted F antenna , comprising a ground conductive plate to be connected to the ground, a short circuiting member connected to said ground conductive plate, and a main conductive plate to the side of one end of which said short circuiting member is connected, said main conductive plate , comprising: a plurality of slits formed from the other end on the side opposite to the side to which said short circuiting member has been connected up to a position where an input impedance of the antenna becomes Z, the position being at a prescribed distance (s) from the connection position of the short circuiting member on the main conductive plate ; a microstrip line which is formed between a side end of said main conductive plate and between adjacent slits in said plurality of slits having a width w such that a characteristic impedance becomes Z and to which a feeding line is to be connected; and a plurality of excitation conductive Plates formed on a side of said slit to which said microstrip line is not adjacent, wherein a length of the microstrip line from the position where an input impedance of the antenna becomes Z to an open end of the microstrip line is the same as, or shorter than, a length of at least one of the excitation conductive plates . a plurality of slits formed from the other end on the side opposite to the side to which said short circuiting member has been connected up to a position where an input impedance of the antenna becomes Z, the position being at a prescribed distance (s) from the connection position of the short circuiting member on the main conductive plate ; a microstrip line which is formed between a side end of said main conductive plate and between adjacent slits in said plurality of slits having a width w such that a characteristic impedance becomes Z and to which a feeding line is to be connected; and a plurality of excitation conductive Plates formed on a side of said slit to which said microstrip line is not adjacent,
An anti-icing heating cable device adapted for mounting in or on man-made structures including gutters, drainpipes and roofs, comprising an electrical heating cable including at least one electrical conducting wire surrounded by an insulator , characterized in that the anti-icing heating cable device further comprises a tubular metal pipe comprising an inner cavity within which the electrical heating cable is mounted, and in that a thermal regulation filler is mounted inside the inner cavity between the electrical heating cable and metal pipe , the thermal regulation filler comprising particles or beads of insulating material.
Synthetic single crystal diamond containing nitrogen atoms, characterised in that a ratio of the number of isolated substitutional nitrogen atoms in the synthetic single crystal diamond, measured with electron spin resonance analysis, to a total number of nitrogen atoms in the synthetic single crystal diamond, measured with secondary ion mass spectrometry, is not lower than 0.02% and lower than 40%.
Seeder designed to sow in the presence of vegetation cover or stubble and comprising a chassis which carries furrowing implements and sowing implements , this seeder comprising a roller fixed to the chassis , being mounted so as to be pivotable about a longitudinal axis perpendicular to the direction of advance (A) at work, said roller being equipped with cutters distributed over its circumference, seeder characterised in that said roller extends under the chassis , over the whole of the working width of the seeder , within the overall dimensions of the latter and directly in front of the furrowing implements , in that said roller comprises a plurality of independent constituent sections , aligned in the direction of the longitudinal axis and substantially adjacent, in that each section of the roller is divided into two portions , in that each portion of each section of the roller consists of a plurality of cutters in the form of elongate blades extending between two rotary flanges in the direction of the longitudinal axis , being distributed regularly over the periphery of said flanges of substantially discoid shape and provided with receiving and fixing sites distributed over their outer periphery, each portion thus having an apertured cage structure and the flanges being connected to the chassis by supporting arms which are pivotable and adjustable in position, this being by means of the hub of the section in question, and in that the cutters of the two portions of a section are angularly offset from each other, preferably by half a step.
A method for controlling a hydraulic system of a vehicle driveline , wherein the hydraulic system at least comprises a pump , a pressure accumulator , and a hydraulic actuator arranged in fluid connection with each other, for controlling functions of the driveline , wherein the pump is arranged to supply hydraulic fluid into the hydraulic system , comprising the steps of; - determining a fluid pressure (p) in the hydraulic system , - comparing the determined fluid pressure (p) with an upper threshold value (Tu) and, if the determined fluid pressure (p) is above the upper threshold value (Tu) - decreasing the supply of hydraulic fluid into the hydraulic system , - comparing the fluid pressure (p) of the hydraulic system with a critical lower threshold value (Tcl) and characterised in that , if the pressure (p) is below the predetermined critical lower threshold value (Tcl), - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode. - determining a fluid pressure (p) in the hydraulic system , - comparing the determined fluid pressure (p) with an upper threshold value (Tu) and, if the determined fluid pressure (p) is above the upper threshold value (Tu) - decreasing the supply of hydraulic fluid into the hydraulic system , - comparing the fluid pressure (p) of the hydraulic system with a critical lower threshold value (Tcl) and characterised in that , if the pressure (p) is below the predetermined critical lower threshold value (Tcl), - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode. - controlling a transmission of the driveline in a limited actuation mode in which the transmission is controlled such that less actuator actuations of the hydraulic actuator are performed in comparison to a normal actuation mode.
A system for loading a sample into and/or for manipulating a sample in a sample transfer device at cryogenic temperatures, comprising the sample transfer device configured to receive a sample through a receiving opening of the sample transfer device and configured to transfer said sample to a processing or analysing unit, and a dry box having an interface opening and being configured to be connected to the sample transfer device such that the interface opening of the dry box and the receiving opening of the sample transfer device are facing each other to enable a sample to be transferred from the dry box into the sample transfer device , wherein the dry box comprises a carrier for supporting the dry box against ground, and wherein the dry box is configured such that, in operation, the dry box is placed by means of the carrier in relation to the sample transfer device such that the interface opening is positioned above the receiving opening of the sample transfer device , when the sample transfer device is placed on the ground beneath the dry box . the sample transfer device configured to receive a sample through a receiving opening of the sample transfer device and configured to transfer said sample to a processing or analysing unit, and a dry box having an interface opening and being configured to be connected to the sample transfer device such that the interface opening of the dry box and the receiving opening of the sample transfer device are facing each other to enable a sample to be transferred from the dry box into the sample transfer device , wherein the dry box comprises a carrier for supporting the dry box against ground, and wherein the dry box is configured such that, in operation, the dry box is placed by means of the carrier in relation to the sample transfer device such that the interface opening is positioned above the receiving opening of the sample transfer device , when the sample transfer device is placed on the ground beneath the dry box .
A modular retaining system which comprises at least one clamping bracket and at least one attachment module , the clamping bracket comprising: two cover sleeves , an inner element and furthermore two spindle screws , wherein the spindle screws are arranged coaxially with a longitudinal extension axis of the clamping bracket at opposite ends of the clamping bracket , wherein a relative movement of the respective cover sleeve in relation to the inner element is executable along the longitudinal extension axis of the clamping bracket by means of a rotation of the respective spindle screw , so that an overall length of the clamping bracket is variable along the longitudinal extension axis, wherein each cover sleeve has side surfaces with recesses , the attachment module comprising: a main contact pressure surface , an at least first insertion guide and an at least first locking bar on an outer wall of the insertion guide , wherein a longitudinal axis of the insertion guide is oriented substantially orthogonally to the main contact pressure surface , and wherein a pin of the at least first locking bar is movable into an interior space of the insertion guide , so that the clamping bracket can be introduced into the first insertion guide and locked in place there by means of the pin which latches into one of the recesses in one of the side surfaces in one of the cover sleeves. the clamping bracket comprising: two cover sleeves , an inner element and furthermore two spindle screws , wherein the spindle screws are arranged coaxially with a longitudinal extension axis of the clamping bracket at opposite ends of the clamping bracket , wherein a relative movement of the respective cover sleeve in relation to the inner element is executable along the longitudinal extension axis of the clamping bracket by means of a rotation of the respective spindle screw , so that an overall length of the clamping bracket is variable along the longitudinal extension axis, wherein each cover sleeve has side surfaces with recesses , the attachment module comprising: a main contact pressure surface , an at least first insertion guide and an at least first locking bar on an outer wall of the insertion guide , wherein a longitudinal axis of the insertion guide is oriented substantially orthogonally to the main contact pressure surface , and wherein a pin of the at least first locking bar is movable into an interior space of the insertion guide , so that the clamping bracket can be introduced into the first insertion guide and locked in place there by means of the pin which latches into one of the recesses in one of the side surfaces in one of the cover sleeves.
Device for correcting geometrical differences of surfaces of parts to be assembled at the interface of the assembly, comprising: - means for acquiring, by measurement, the geometry of assembly surfaces of two parts intended to be assembled with one another with their respective assembly surfaces facing one another, said device being characterized in that it comprises: - simulation means receiving from said acquisition means data representative of the geometry of the assembly surfaces, configured to simulate the assembly of the parts and to determine, from said data, at each point measured of a sampling of the interface, a thickness of the hollow volume resulting from the geometrical differences between said assembly surfaces, - additive manufacturing means receiving from the simulation means data representative of the thicknesses of the hollow volumes resulting from the geometrical differences between said assembly surfaces, and configured to deposit material on the assembly surface of at least one of the parts so as to fill, at least partly, the hollow volume resulting from said geometrical differences between said assembly surfaces. - means for acquiring, by measurement, the geometry of assembly surfaces of two parts intended to be assembled with one another with their respective assembly surfaces facing one another, - simulation means receiving from said acquisition means data representative of the geometry of the assembly surfaces, configured to simulate the assembly of the parts and to determine, from said data, at each point measured of a sampling of the interface, a thickness of the hollow volume resulting from the geometrical differences between said assembly surfaces, - additive manufacturing means receiving from the simulation means data representative of the thicknesses of the hollow volumes resulting from the geometrical differences between said assembly surfaces, and configured to deposit material on the assembly surface of at least one of the parts so as to fill, at least partly, the hollow volume resulting from said geometrical differences between said assembly surfaces.
A device for voltage supply of the cathode (Kat 1 , Kat 2 ) of an ion source of a mass spectrometer, said device comprising a transformer supplied by an input voltage (U 1 ), said transformer having at least one first output and a second output and an output-side intermediate connector and at least two transistors , wherein the gate of the first transistor is connected to the second output and the gate of the second transistor is connected to the first output of the transformer , characterized in that at least two diodes are connected, via their mutually corresponding connectors, i.e. the cathodes or the anodes, to different ones of the outputs of the transformer , the connector of the first diode being connected to the first output and the connector of the second diode being connected to the second output , wherein, for each diode , a first and respectively second transistor is connected in parallel to the respective diode, and the source connector of each transistor is connected to that connector of the corresponding diode which is arranged opposite to the transformer , a direct voltage (U 3 ) is generated by at least one voltage multiplier from the output voltage applied to the first output and/or the second output of the transformer, and that said at least one voltage multiplier, consisting of at least two rectifiers , is connected via a separation capacitor to one of the two output connectors of the transformer , thus providing an active path, and is connected via a capacitor to the connectors of the diodes which are arranged opposite to the transformer , thus providing a reference path, and that a measurement circuit for measuring the emission current of the respective activated cathode (Kat 1 , Kat 2 ) is provided in the form of a pulse width modulator (PWM), and that the emission current is decreasing across two first resistors which are connected in series between the intermediate connector and those connectors of the two diodes which are arranged opposite to the transformer , and is averaged via two resistors connected in series to each other and in parallel to the first resistors .
A combination of TNF-α and IFN-γ for use in a method for the treatment of tumors by induction of a permanent growth arrest (senescence) in tumor cells, in which p16 lnk4a is present, wherein the substances are each employed in a concentration of 0.0001 ng/ml to 10,000 ng/ml in the pharmaceutical composition at the site of action and wherein the use of the combination is performed over a period of time of at least 3 to 4 days to maximum 30 days.
A modular loading platform for a vehicle, said platform comprising: a substantially rectangular frame composed of a plurality of interconnected extruded frame members , said frame members including two side members , and a front member and a rear member connected transversally between the ends of the side members ; wherein said rear member and said side members are each provided with at least two parallel grooves extending along the members and facing away from the frame ; and a set of mounting elements (31, 33; 61, 64), each mounting element having parallel protrusions (32, 34; 62) which have been inserted by sliding motion into engagement with said parallel grooves in one of said rear member and said side members , such that a first one of said parallel protrusions engages a first parallel groove and a second one of said parallel protrusions engages a second parallel groove; said mounting elements forming a structure on which additional parts of the loading platform may be mounted, characterized in that the mounting element(s) inserted into the parallel grooves of one of said rear member and said side members fill substantially an entire length of said parallel grooves. a substantially rectangular frame composed of a plurality of interconnected extruded frame members , said frame members including two side members , and a front member and a rear member connected transversally between the ends of the side members ; wherein said rear member and said side members are each provided with at least two parallel grooves extending along the members and facing away from the frame ; and a set of mounting elements (31, 33; 61, 64), each mounting element having parallel protrusions (32, 34; 62) which have been inserted by sliding motion into engagement with said parallel grooves in one of said rear member and said side members , such that a first one of said parallel protrusions engages a first parallel groove and a second one of said parallel protrusions engages a second parallel groove; said mounting elements forming a structure on which additional parts of the loading platform may be mounted, characterized in that the mounting element(s) inserted into the parallel grooves of one of said rear member and said side members fill substantially an entire length of said parallel grooves.
A method for subframe configuration in a time division duplex system, comprising: determining, by a base station, a subframe number of a flexible subframe; determining, by the base station, a feature of the flexible subframe having the subframe number, wherein the feature of the flexible subframe indicates whether the flexible subframe is an uplink subframe or a downlink subframe; configuring, by the base station, a same radio network temporary identifier, RNTI, for at least two user equipments, UE; sending, by the base station, downlink control information to the at least two UEs via a physical downlink control channel, PDCCH, within a common search space, wherein the downlink control information comprises first signaling, and the first signaling indicates the feature of the flexible subframe. determining, by a base station, a subframe number of a flexible subframe; determining, by the base station, a feature of the flexible subframe having the subframe number, wherein the feature of the flexible subframe indicates whether the flexible subframe is an uplink subframe or a downlink subframe; configuring, by the base station, a same radio network temporary identifier, RNTI, for at least two user equipments, UE; sending, by the base station, downlink control information to the at least two UEs via a physical downlink control channel, PDCCH, within a common search space, wherein the downlink control information comprises first signaling, and the first signaling indicates the feature of the flexible subframe.