mhurhangee/patent-ind-claim-en huggingface dataset:
A method for manufacturing an optoelectric device (10; 70) comprising: a semiconductor substrate ; pads on a surface of the substrate; semiconductor elements , each element being in contact with a pad; and a dielectric region extending in the substrate from said surface and connecting, for each pair of pads, one of the pads in the pair to the other pad in the pair, the method successively comprising the forming of the pads and the forming of the region , wherein the region is formed by nitriding of the substrate , the method comprising the successive steps of: depositing a layer on the substrate ; forming portions on the layer ; etching the parts of the layer which are not covered with the portions to form the pads ; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step (En1) of nitriding of the pads at a first temperature; and a second step (En2) of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. a semiconductor substrate ; pads on a surface of the substrate; semiconductor elements , each element being in contact with a pad; and a dielectric region extending in the substrate from said surface and connecting, for each pair of pads, one of the pads in the pair to the other pad in the pair, the method successively comprising the forming of the pads and the forming of the region , wherein the region is formed by nitriding of the substrate , the method comprising the successive steps of: depositing a layer on the substrate ; forming portions on the layer ; etching the parts of the layer which are not covered with the portions to form the pads ; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step (En1) of nitriding of the pads at a first temperature; and a second step (En2) of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. depositing a layer on the substrate ; forming portions on the layer ; etching the parts of the layer which are not covered with the portions to form the pads ; removing the portions; and nitriding the pads and the parts of the substrate which are not covered with the pads, characterised in that the nitriding step successively comprises: a first step (En1) of nitriding of the pads at a first temperature; and a second step (En2) of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature. a first step (En1) of nitriding of the pads at a first temperature; and a second step (En2) of nitriding of the parts of the substrate which are not covered with the pads at a second temperature different from the first temperature.
Data input device (10; 40; 45) comprising a designator (11; 41; 46) able to point to a position on a screen of a computer system, to which the device is intended to be connected, and a body intended to be fixed on a workstation, the body comprising a support zone intended to support the hand of one or two operators as he/they manipulate(s) the designator (11; 41; 46), a palm rest on which the support zone is provided, the palm rest extending mainly according to an arc having two ends and closing up towards a zone intended to receive the fingers of the operator's hand manipulating the designator (11; 41; 46), two buttons , each disposed at one end of the arc and disposed so as to be operated by the fingers of an operator, either by the same operator or by two operators positioned differently in relation to the designator (11; 41; 46), the hand of the operator or operators remaining in contact with the support zone , the buttons being each configured to allow at least two distinct selections of data including a choice of values in a series and a binary acquisition in relation to the chosen value, each of the knobs comprising a rotary ring rotating about an axis and allowing the choice of values in a series, the ring having a first zone and a second zone which are joined together and both having a substantially frustoconical shape extending around the axis , on which zones the operator can place his fingers, a smaller diameter (d) of the first zone about the axis being greater than or equal to a larger diameter (d) of the second zone about the axis , by defining a vertex angle α2 of the first zone and a vertex angle α1 of the second zone , the vertex angles satisfying the relationship: 0 ° ≤ α 1 < α 2 ≤ 90 ° .
Device for applying flowable hair dye to sections of hair, in which a housing provided with a handle is provided with a housing interior for receiving the flowable hair dye, and the housing is provided with a cover which has a sequence of hair receptacles arranged next to one another in a longitudinal direction (R) of the housing and extending in a groove-like manner in a transverse direction of the housing , which hair receptacles each open towards the housing exterior for inserting sections of hair, wherein in a first group of hair receptacles , the hair receptacles are each connected to the housing interior via dispensing openings for dispensing hair dye, and hair receptacles of a second group that do not contain hair dye are arranged between the hair receptacles of the first group, characterized in that a brush lever provided with brushes is provided, which can be rotated about a lever pivot axis (S5) extending transversely to the longitudinal direction (R) of the housing from a position close to the cover, in which the brush lever at least partially covers the hair receptacles from the housing exterior and the brushes protrude into the hair receptacles , into a position remote from the cover, in which the brush lever exposes the hair receptacles from the housing exterior, and a feed element for feeding hair dye from the housing interior to the dispensing openings of the hair receptacles of the first group is arranged in the housing interior.
A bitumen composition comprising at least one wax mixture consisting of - 20 to 80 wt.-% of a petroleum slack wax (PSW), and - 20 to 80 wt.-% of a Fischer-Tropsch wax (FTW), each relative to the total mass of the at least one wax mixture. - 20 to 80 wt.-% of a petroleum slack wax (PSW), and - 20 to 80 wt.-% of a Fischer-Tropsch wax (FTW),
A sequential operation assembly of microfluidic chips, comprising more than one microfluidic chips, wherein the chips are arranged in sequential, or a parallel operation assembly of microfluidic chips, comprising more than one microfluidic chips, wherein the chips are arranged in parallel; wherein the chip comprises (a) an inlet region at one end of the microfluidic chip, (b) a first flow channel that is in fluidic communication with the inlet region , (c) a divergent channel , which is arranged at the downstream of the flow channel and in fluidic communication with the flow channel and (d) one or more outlet region(s) located at one or both sides of the divergent channel, characterized in that the chip further comprises: (d1) a second flow channel arranged at the downstream of the divergent channel ; (d2) a block structure with rounded corners, which is located in the second flow channel ; wherein a distance is kept between each side of the block structure and the wall of the channel; (e) an outlet region(s) at the opposite end of the inlet region of (a) of the microfluidic chip and in fluidic communication with the second flow channel , wherein the width of the divergent channel is gradually enlarged starting from that of the flow channel. (d1) a second flow channel arranged at the downstream of the divergent channel ; (d2) a block structure with rounded corners, which is located in the second flow channel ; wherein a distance is kept between each side of the block structure and the wall of the channel; (e) an outlet region(s) at the opposite end of the inlet region of (a) of the microfluidic chip and in fluidic communication with the second flow channel , wherein the width of the divergent channel is gradually enlarged starting from that of the flow channel.
Drink preparation apparatus with at least one liquid inlet, a drink delivery device comprising at least one drink outlet , a liquid conduit network fluidically connecting the at least one liquid inlet and the at least one drink outlet , and a housing , wherein the housing comprises an upper housing covering , and wherein arranged below the upper housing covering is a valve support on which at least two control and/or regulating valves of the drink preparation apparatus are arranged and are freely accessible after removing the upper housing covering , wherein a housing base is of substantially pan-shaped configuration and comprises an integrally formed liquid reservoir , characterized in that the housing base has a housing base surface which is set back in the direction toward the housing covering from a housing base outside pointing away from the housing covering , and in that the liquid reservoir at least partially surrounds the housing base surface .
Maintenance device (13a-13e) for servicing adjacent work stations of a textile machine , in particular a spinning machine, comprising an operating unit (2a-2e), which features at least one operating component for servicing the work stations , and with a guide unit , by means of which the maintenance device can be moved on a driving rail along the work stations and which defines a direction of travel of the maintenance device , whereas the maintenance device can be transported from a maintenance position (I), in which one of the work stations can be serviced by the maintenance device (13a-13e), into an inspection position (II), in which the maintenance device (13a-13e) can be inspected, characterized in that , for the transport of the maintenance device (13a-13e) from the maintenance position (I) into the inspection position (II), the operating unit (2a-2e) can be pivoted with respect to the guide unit , and/or the at least one operating component can be moved (in particular, can be pivoted) with respect to the operating unit (2a-2e).
A musical instrument controller comprising: a reception means that receives a sound emission start signal which is transmitted on the basis of a musical performance operation from a musical performance device ; a sensor that detects an amount of displacement from a reference position; and a control means that generates a control signal on the basis of the amount of displacement from the reference position and transmits the control signal to a sound generation device , wherein the control means sets the reference position on the basis of the sound emission start signal which is received from the musical performance device , musical instrument controller being characterized in that the sensor is a triaxial acceleration sensor, and the amount of displacement from the reference position is a value indicating an amount of inclination from a posture. a reception means that receives a sound emission start signal which is transmitted on the basis of a musical performance operation from a musical performance device ; a sensor that detects an amount of displacement from a reference position; and a control means that generates a control signal on the basis of the amount of displacement from the reference position and transmits the control signal to a sound generation device , wherein the control means sets the reference position on the basis of the sound emission start signal which is received from the musical performance device , musical instrument controller being characterized in that the sensor is a triaxial acceleration sensor, and the amount of displacement from the reference position is a value indicating an amount of inclination from a posture.
An atomization assembly comprising: a housing tube ; and at least one atomization core disposed in the housing tube ; characterized in that : the atomization core comprises a heating element for heating and atomizing tobacco liquid, a first liquid conducting layer wrapped around the heating element and a supporter disposed between the housing tube and the atomization core , configured for fixing the atomization core ; wherein the supporter comprises an accommodation chamber for receiving the atomization core , and at least one gap formed on a side wall of the supporter ; a second liquid conducting layer wrapped around outside of the supporter ; the second liquid conducting layer is in communication with the first liquid conducting layer by the gap to convey the tobacco liquid to the first liquid conducting layer . a housing tube ; and at least one atomization core disposed in the housing tube ; characterized in that : the atomization core comprises a heating element for heating and atomizing tobacco liquid, a first liquid conducting layer wrapped around the heating element and a supporter disposed between the housing tube and the atomization core , configured for fixing the atomization core ; wherein the supporter comprises an accommodation chamber for receiving the atomization core , and at least one gap formed on a side wall of the supporter ; a second liquid conducting layer wrapped around outside of the supporter ; the second liquid conducting layer is in communication with the first liquid conducting layer by the gap to convey the tobacco liquid to the first liquid conducting layer . the atomization core comprises a heating element for heating and atomizing tobacco liquid, a first liquid conducting layer wrapped around the heating element and a supporter disposed between the housing tube and the atomization core , configured for fixing the atomization core ; wherein the supporter comprises an accommodation chamber for receiving the atomization core , and at least one gap formed on a side wall of the supporter ; a second liquid conducting layer wrapped around outside of the supporter ; the second liquid conducting layer is in communication with the first liquid conducting layer by the gap to convey the tobacco liquid to the first liquid conducting layer .
A pest repellent polymer composition comprising: at least 50% by weight based on the total weight of the composition a thermoplastic polymer; and from 0.1 % to 50% by weight based on the total weight of the composition a precipitated silica carrier comprising a pest repellent active, wherein the active is absorbed on precipitated silica carrier in presence of a surfactant, wherein the surfactant comprises a non-ionic surfactant. at least 50% by weight based on the total weight of the composition a thermoplastic polymer; and from 0.1 % to 50% by weight based on the total weight of the composition a precipitated silica carrier comprising a pest repellent active, wherein the active is absorbed on precipitated silica carrier in presence of a surfactant, wherein the surfactant comprises a non-ionic surfactant.
A method of reporting channel state information, CSI, by a terminal in a wireless communication system, the method comprising: obtaining (S2310) a CSI measurement by measuring a CSI- Reference Signal, RS, that is transmitted through a plurality of panels, from a base station; and reporting (S2320), to the base station, the CSI that is generated based on the CSI measurement, wherein reporting the CSI comprises: reporting both (i) a first parameter for wideband, WB, for panel phase compensation, and (ii) a second parameter for subband, SB, for panel phase compensation, by applying a WB and SB panel phase compensation codebook, wherein the first parameter and the second parameter are used for phase compensation between the plurality of panels, wherein the first parameter is reported using 2 bits, and the second parameter is reported using 1 bit, and wherein the WB and SB panel phase compensation codebook indicates a differential in compensation value between a reference panel and a panel other than the reference panel. obtaining (S2310) a CSI measurement by measuring a CSI- Reference Signal, RS, that is transmitted through a plurality of panels, from a base station; and reporting (S2320), to the base station, the CSI that is generated based on the CSI measurement, wherein reporting the CSI comprises: reporting both (i) a first parameter for wideband, WB, for panel phase compensation, and (ii) a second parameter for subband, SB, for panel phase compensation, by applying a WB and SB panel phase compensation codebook, wherein the first parameter and the second parameter are used for phase compensation between the plurality of panels, wherein the first parameter is reported using 2 bits, and the second parameter is reported using 1 bit, and wherein the WB and SB panel phase compensation codebook indicates a differential in compensation value between a reference panel and a panel other than the reference panel.
Gas-insulated medium-voltage switch comprising: - a first contact element having an arcing contact surface and a nominal contact surface , wherein the first contact element is moveable along an axis of the switch for opening and closing the switch ; - a second contact element configured to make contact with the first contact element for closing the switch ; and - a shield , wherein the shield and the first contact element are movable relative to each other along the axis between an exposing configuration and a shielding configuration, such that the shield and the first contact element are in the exposing configuration when the switch is in a closed state and in the shielding configuration during opening of the switch , wherein in the exposing configuration, the shield and the first contact element are arranged to expose the nominal contact surface to the second contact element , and in the shielding configuration, the shield and the first contact element are arranged to shield the nominal contact surface of the first contact element from the second contact element , characterised in that the shield is configured to be moved during a current breaking operation along the axis of the switch between the exposing configuration and the shielding configuration. - a first contact element having an arcing contact surface and a nominal contact surface , wherein the first contact element is moveable along an axis of the switch for opening and closing the switch ; - a second contact element configured to make contact with the first contact element for closing the switch ; and - a shield ,
A radiopharmaceutical composition which comprises (i) 99m Tc-maraciclatide; (ii) a radioprotectant chosen from para-amino benzoic acid or a salt thereof with a biocompatible cation; in a biocompatible carrier in a form suitable for mammalian administration. (i) 99m Tc-maraciclatide; (ii) a radioprotectant chosen from para-amino benzoic acid or a salt thereof with a biocompatible cation;
A method performed by a Radio Network Node, RNN, for enabling an improved reception of Positioning Reference Signals, PRSs, at a communications device , wherein the RNN and the communications device are operating in a wireless communications network , and wherein the method comprises: - selecting a first precoder and a second precoder for forming a first beam and a second beam, respectively; - obtaining a precoding switching pattern relating to when the first precoder is to be applied to one or more first PRS symbols and when the second precoder is to be applied to one or more second PRS symbols by selecting the precoding switching pattern randomly; - transmitting , to the communications device , the one or more first PRS symbols to which the first precoder is applied; and - in accordance with the obtained precoding switching pattern, transmitting , to the communications device ,the one or more second PRS symbols to which the second precoder is applied. - selecting a first precoder and a second precoder for forming a first beam and a second beam, respectively; - obtaining a precoding switching pattern relating to when the first precoder is to be applied to one or more first PRS symbols and when the second precoder is to be applied to one or more second PRS symbols by selecting the precoding switching pattern randomly; - transmitting , to the communications device , the one or more first PRS symbols to which the first precoder is applied; and - in accordance with the obtained precoding switching pattern, transmitting , to the communications device ,the one or more second PRS symbols to which the second precoder is applied.
A computer-implemented method comprising: determining, by a processor, distinction bit positions for index keys of a database index; representing the distinction bit positions as a first bitmap , the position of each distinction bit in the first bitmap corresponding to the distinction bit's position in the index keys ; representing variant bit positions of the index keys as a second bitmap, the variant bit positions being bit positions where all key values for a bit position are not identical; assigning a reference key value for invariant bit positions of the index keys , the invariant bit positions being bit positions where all key values for a bit position are identical; maintaining a record of the first bitmap , the second bitmap, and the reference key values during a database operation for the database index; building an index tree from a database table using the first bitmap , the second bitmap, and the reference key values; updating incrementally the first bitmap , the second bitmap, and the reference key values as data in the database table changes, wherein an update operation is accomplished by a delete operation followed by an insert operation, and wherein for delete operations a given delete key value is deleted from the index tree and for insert operations a given insert key value is inserted into the index tree ; and rebuilding the index tree and a new first bitmap, second bitmap, and reference key values with the current first bitmap , second bitmap, and reference key values when it is lost or unavailable. determining, by a processor, distinction bit positions for index keys of a database index; representing the distinction bit positions as a first bitmap , the position of each distinction bit in the first bitmap corresponding to the distinction bit's position in the index keys ; representing variant bit positions of the index keys as a second bitmap, the variant bit positions being bit positions where all key values for a bit position are not identical; assigning a reference key value for invariant bit positions of the index keys , the invariant bit positions being bit positions where all key values for a bit position are identical; maintaining a record of the first bitmap , the second bitmap, and the reference key values during a database operation for the database index; building an index tree from a database table using the first bitmap , the second bitmap, and the reference key values; updating incrementally the first bitmap , the second bitmap, and the reference key values as data in the database table changes, wherein an update operation is accomplished by a delete operation followed by an insert operation, and wherein for delete operations a given delete key value is deleted from the index tree and for insert operations a given insert key value is inserted into the index tree ; and rebuilding the index tree and a new first bitmap, second bitmap, and reference key values with the current first bitmap , second bitmap, and reference key values when it is lost or unavailable.