mhurhangee/patent-ind-claim-en huggingface dataset:
A coupling device for coupling a rod to a bone anchor, the coupling device comprising: a receiving part configured to receive a head of the bone anchor , the receiving part having a first end and a second end , a central axis (C) extending through the first end and the second end , and a recess at the first end for receiving the rod, the recess forming two legs and defining a longitudinal direction corresponding to the extension of an inserted rod; and a pressure member arranged at least partially in the receiving part to exert pressure on an inserted head , the pressure member comprising a rod support surface for supporting an inserted rod and an engagement portion for being engaged so as to cause the pressure member to exert pressure on an inserted head; wherein the engagement portion is located at a position outside of the legs in the longitudinal direction and projects above the rod support surface . a receiving part configured to receive a head of the bone anchor , the receiving part having a first end and a second end , a central axis (C) extending through the first end and the second end , and a recess at the first end for receiving the rod, the recess forming two legs and defining a longitudinal direction corresponding to the extension of an inserted rod; and a pressure member arranged at least partially in the receiving part to exert pressure on an inserted head , the pressure member comprising a rod support surface for supporting an inserted rod and an engagement portion for being engaged so as to cause the pressure member to exert pressure on an inserted head; wherein the engagement portion is located at a position outside of the legs in the longitudinal direction and projects above the rod support surface .
An alkylphenol-containing detergent that is a sulfur-bridged phenate detergent, wherein said sulfur-bridged phenate detergent is an ionic salt of a bridged phenolic compound represented by the structure wherein each R is an alkyl group consisting of oligomers of n-butene that contain 8 to 48 carbon atoms; and n = 0 to 8, or 1 to 6, or 1 to 4, or 2 to 4.
A tire with a tread wear sensor plug, wherein the tire comprises a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a tread , the tread being formed with a plurality of tread elements and a radially outer surface ; and a sensor unit mounted to the tire , the sensor unit including a pair of electrical contacts ; wherein an electrical circuit is formed by each proximal end of the wire electrically contacting a respective one of the sensor unit electrical contacts , whereby when the selected one of the tread elements and the cylindrical projection wear down to the distal end of the wire , the distal end of the wire breaks, thereby breaking the electrical circuit; and wherein the tread wear sensor plug has a cylindrical projection extending through an opening formed in a selected one of the tread elements , a flange , and a wire including proximal ends disposed in the flange and a distal end near a radially outer surface of the projection ; characterized in that the radially outer surface of the projection is flush with a radially outer surface of the selected one of the tread elements when the tire is unworn and in that the sensor unit is mounted to the tire using a container . wherein the tire comprises a pair of sidewalls , each one of which extends radially outwardly from a respective bead area to a tread , the tread being formed with a plurality of tread elements and a radially outer surface ; and a sensor unit mounted to the tire , the sensor unit including a pair of electrical contacts ; wherein an electrical circuit is formed by each proximal end of the wire electrically contacting a respective one of the sensor unit electrical contacts , whereby when the selected one of the tread elements and the cylindrical projection wear down to the distal end of the wire , the distal end of the wire breaks, thereby breaking the electrical circuit; and wherein the tread wear sensor plug has a cylindrical projection extending through an opening formed in a selected one of the tread elements , a flange , and a wire including proximal ends disposed in the flange and a distal end near a radially outer surface of the projection ; characterized in that the radially outer surface of the projection is flush with a radially outer surface of the selected one of the tread elements when the tire is unworn and in that the sensor unit is mounted to the tire using a container .
A terminal apparatus comprising: a division number calculating section configured to calculate, for each subframe, a division number based on a number of OFDM symbols available for an Enhanced PDCCH, EPDCCH, in a resource block pair and a number of resource elements, REs, used for reference signals in the resource block pair, the EPDCCH being mapped into a resource region defined in a data region of a subframe, which is available for a transmission of either of downlink control information and downlink data; a specifying section configured to set resource region candidates including at least one Control Channel Element, CCE, by dividing the resource block pair by the division number and to identify a search space formed of the plurality of resource region candidates set in the resource block pair based on an aggregation level; and a control information acquiring section configured to acquire the downlink control information by blind-decoding a received signal at the plurality of resource region candidates. a division number calculating section configured to calculate, for each subframe, a division number based on a number of OFDM symbols available for an Enhanced PDCCH, EPDCCH, in a resource block pair and a number of resource elements, REs, used for reference signals in the resource block pair, the EPDCCH being mapped into a resource region defined in a data region of a subframe, which is available for a transmission of either of downlink control information and downlink data; a specifying section configured to set resource region candidates including at least one Control Channel Element, CCE, by dividing the resource block pair by the division number and to identify a search space formed of the plurality of resource region candidates set in the resource block pair based on an aggregation level; and a control information acquiring section configured to acquire the downlink control information by blind-decoding a received signal at the plurality of resource region candidates.
Positioning device for positioning a body component with at least one locating bore in vehicle construction, comprising a locating pin with a conical end that is designed to be guided axially through the locating bore in the body component in order to centre and position the body component , characterized in that the locating pin is mounted in a radially floating manner, wherein the locating pin has an axial recess in the form of an internal taper at its end opposite the conical end , wherein the positioning device comprises a locking pin , wherein the locking pin has a conical end , wherein the locking pin is axially displaceable with respect to the locating pin , wherein the diameters of the internal taper of the locating pin and of the conical end of the locking pin fit together, so that the conical end can be received in the internal taper by fitting.
Fitting for the treatment of aqueously suspended fibrous material in a treatment gap bounded by two treatment surfaces rotating relative to each other and formed by fittings , comprising a base body with elongated treatment elements facing the gap and at least one directional component extending radially, wherein the treatment elements are applied at least partly as layers of a liquid or solid material and are subjected to a physical or chemical curing or fusing process, wherein at least part, preferably the whole, of the surface of the treatment elements respectively formed by two side surfaces and the upper side located in between and directed towards the gap consists of a material which differs from the material of the base body , characterized in that at least one side surface of the treatment elements is inclined in relation to a normal to the direction of rotation of a treatment surface.
Particulate material of the composition (Li a Mg b ) 1+x (Ni c M 1 d M 2 e ) 1-x O 2 wherein M 1 is selected from Ti, Zr, Nb, Mo, and W, and combinations of at least two of the aforementioned, M 2 is selected from Al, Co and Mn and combinations of at least two of the aforementioned, a : b is in the range of from 100:1 to 400:1, and a + b = 1, c : d is in the range of from 40:1 to 250:1, and c : e is in the range of from 12:1 to 50:1, and c + d + e = 1, total molar ratio of (Li + Mg) to (Ni + M 1 + M 2 ) is in the range of from 1:1 to 1.05:1, 0.00 ≤ x ≤ 0.05 , wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm. M 1 is selected from Ti, Zr, Nb, Mo, and W, and combinations of at least two of the aforementioned, M 2 is selected from Al, Co and Mn and combinations of at least two of the aforementioned, a : b is in the range of from 100:1 to 400:1, and a + b = 1, c : d is in the range of from 40:1 to 250:1, and c : e is in the range of from 12:1 to 50:1, and c + d + e = 1, total molar ratio of (Li + Mg) to (Ni + M 1 + M 2 ) is in the range of from 1:1 to 1.05:1, 0.00 ≤ x ≤ 0.05 , wherein said particulate material has an average particle diameter (D50) in the range of from 2 to 20 μm.
Joining device for parts of furniture and furnishing accessories, such as shelves, bookcases, drawer units, bed frames, seats and the like, comprising a casing , made of two half-shells , and expansion means (37, 38; 30) provided at the opposite ends of the casing , suitable for being inserted in corresponding seats of the two parts to be joined to produce locking thereof following the expansion, said expansion means being actuated by a cam mechanism interposed between said half-shells of the casing , and pass from a rest, or non-expanded, configuration to an expanded configuration and vice versa, following a relative sliding between said half-shells caused by said cam mechanism , characterised in that said expansion means are an integral part of one of said half-shells, and in that said half-shells are made with materials of different hardness, a first thereof, bearing said expansion means, being of softer material and having a certain elasticity, so as to snap-fit to a second of said half-shells.
A current detection device comprising: a core to be disposed in a vicinity of a conductor as a detection target; a winding wound around the core; an excitation unit configured to apply an excitation signal, having a magnitude and a direction that change at a constant period, to the winding ; a magnetic flux detection unit configured to detect a magnetic flux generated in the core due to current flowing through the conductor ; and an adder unit configured to add a feedback signal to the excitation signal such that the magnetic flux detected by the magnetic flux detection unit is cancelled, wherein the feedback signal is generated from an output of the magnetic flux detection unit , characterized by the adder unit comprising two amplifiers of which respective output ends are bridge-connected via the winding . a core to be disposed in a vicinity of a conductor as a detection target; a winding wound around the core; an excitation unit configured to apply an excitation signal, having a magnitude and a direction that change at a constant period, to the winding ; a magnetic flux detection unit configured to detect a magnetic flux generated in the core due to current flowing through the conductor ; and an adder unit configured to add a feedback signal to the excitation signal such that the magnetic flux detected by the magnetic flux detection unit is cancelled, wherein the feedback signal is generated from an output of the magnetic flux detection unit , characterized by the adder unit comprising two amplifiers of which respective output ends are bridge-connected via the winding .
A switching circuit comprising: a transformer having a primary and a secondary side; a first MOSFET switch (SW1) coupled with the primary side; a primary current sensing device (Rp); a second MOSFET switch (SW2) coupled with the secondary side; a secondary current sensing device (R S ); a control circuit comprising a pulse width modulator (404; 602) for driving said first MOSFET switch (SW1) and said second MOSFET switch (SW2), wherein said first MOSFET switch (SW1) and said second MOSFET switch (SW2) are complementarily driven and wherein switching of said first MOSFET switch (SW1) and said second MOSFET switch (SW2) is controlled by the primary and secondary current sensing devices (R P , R S ), characterized by a comparator comparing voltages at a drain and source of the second MOSFET switch (SW2) for detecting zero transformer energy and forwarding an output signal (QRS) to the pulse width modulator , wherein the primary and secondary current sensing devices (Rp, R S ) each comprise a shunt resistor coupled between a ground and the respective first or second MOSFET switch (SW1, SW2). a transformer having a primary and a secondary side; a first MOSFET switch (SW1) coupled with the primary side; a primary current sensing device (Rp); a second MOSFET switch (SW2) coupled with the secondary side; a secondary current sensing device (R S ); a control circuit comprising a pulse width modulator (404; 602) for driving said first MOSFET switch (SW1) and said second MOSFET switch (SW2),
Formulation comprising a first organic semiconducting compound (OSC-1), a second organic semiconducting compound (OSC-2) and a first organic solvent (S-1) and a second organic solvent (S-2), wherein the first organic solvent (S-1) exhibits a lower boiling point than the second organic solvent (S-2), wherein the first organic solvent (S-1) has a boiling point in the range of 150 to 270°C, and the difference between the boiling point of said first organic solvent (S-1) and the boiling point of said second organic solvent (S-2) is at least 10 °C, characterised in that the first organic semiconducting compound (OSC-1) has a solubility in the first organic solvent (S-1) of at least 10 g/l and the first organic semiconducting compound (OSC-1) has a solubility in the second organic solvent (S-2) of at most 5 g/l, and in that the weight ratio of said first organic solvent (S-1) to said second organic solvent (S-2) is higher than 1. wherein the first organic solvent (S-1) exhibits a lower boiling point than the second organic solvent (S-2), wherein the first organic solvent (S-1) has a boiling point in the range of 150 to 270°C, and the difference between the boiling point of said first organic solvent (S-1) and the boiling point of said second organic solvent (S-2) is at least 10 °C, characterised in that the first organic semiconducting compound (OSC-1) has a solubility in the first organic solvent (S-1) of at least 10 g/l and the first organic semiconducting compound (OSC-1) has a solubility in the second organic solvent (S-2) of at most 5 g/l, and in that the weight ratio of said first organic solvent (S-1) to said second organic solvent (S-2) is higher than 1.
Plant for the thermal treatment of a mineral material, the plant having a preheater , a calciner and a furnace , the plant having a gas inlet and a gas outlet as well as a material inlet and a material outlet , wherein the components for transferring a material flow from the material inlet via the preheater , the calciner and the furnace to the material outlet are connected, wherein the components for transferring a gas flow from the gas inlet via the furnace , the calciner and the furnace are connected to the material outlet , the calciner and the preheater to the gas outlet , the preheater being of multi-stage design, characterised in that the calciner for transferring the material stream leaving the calciner or the preheater for transferring the material stream leaving one stage of the preheater is connected to a heat exchange device , wherein the heat exchange device is connected to the preheater for returning the material flow.
A system for cleaning and sterilizing a water flow, comprising: a main treatment line , comprising an inlet with a pump to pump water from a water storage, such as a ballast water tank of a vessel, through a main filter to a sterilizing station with one or more UV lamps to sterilize the water flow, and a system outlet , wherein the main filter is provided with a first filter element and a backflush member with a first backflush outlet to rinse the first filter element with backflush water, and a secondary treatment line, comprising an inlet being in fluid communication to the first backflush outlet , a backflush filter with a backflush filter element that has filter openings with a largest dimension between 50 micrometer and 20 micrometer to remove floating organisms or silt from the backflush water, and a secondary outlet being in fluid communication with the main treatment line, to lead filtered backflush water from the secondary treatment line to the main treatment line , wherein the secondary outlet is connected to the main treatment line upstream relative to the sterilizing station , wherein the system is configured such that under operating conditions a backflush pressure difference over the backflush filter element is less than 0.05 bar (5 kPa), and the pressure difference over the first filter element is at least 0.1 bar (10 kPa) or 0.2 bar (20 kPa) and wherein the largest dimensions of openings in the first filter element are smaller than half or one third of the largest dimension of the openings in the backflush filter element . a main treatment line , comprising an inlet with a pump to pump water from a water storage, such as a ballast water tank of a vessel, through a main filter to a sterilizing station with one or more UV lamps to sterilize the water flow, and a system outlet , wherein the main filter is provided with a first filter element and a backflush member with a first backflush outlet to rinse the first filter element with backflush water, and a secondary treatment line, comprising an inlet being in fluid communication to the first backflush outlet , a backflush filter with a backflush filter element that has filter openings with a largest dimension between 50 micrometer and 20 micrometer to remove floating organisms or silt from the backflush water, and a secondary outlet being in fluid communication with the main treatment line, to lead filtered backflush water from the secondary treatment line to the main treatment line , wherein the secondary outlet is connected to the main treatment line upstream relative to the sterilizing station , wherein the system is configured such that under operating conditions a backflush pressure difference over the backflush filter element is less than 0.05 bar (5 kPa), and the pressure difference over the first filter element is at least 0.1 bar (10 kPa) or 0.2 bar (20 kPa) and wherein the largest dimensions of openings in the first filter element are smaller than half or one third of the largest dimension of the openings in the backflush filter element .
A method comprising: receiving a 3D-data stream captured at a first location, the first 3D-data stream comprising 3D visual representations of a first user and a first environment characterised by : rendering a virtual meeting space for a second user, the virtual meeting space comprising 3D synthetic content; rendering a first representation of the first 3D-data stream based on a viewpoint of the second user, the first representation comprising 3D visual depictions of the first user and the first environment rendered as visible to the second user through a virtual window in the virtual meeting space; displaying the rendered first representation of the first 3D-data stream in the virtual window; determining a viewpoint change for the second user; rendering a second representation of the first 3D-data stream in response to the viewpoint change, wherein the second representation has a different perspective than the first representation; and displaying the rendered second representation of the first 3D-data stream in the virtual window. rendering a virtual meeting space for a second user, the virtual meeting space comprising 3D synthetic content; rendering a first representation of the first 3D-data stream based on a viewpoint of the second user, the first representation comprising 3D visual depictions of the first user and the first environment rendered as visible to the second user through a virtual window in the virtual meeting space; displaying the rendered first representation of the first 3D-data stream in the virtual window; determining a viewpoint change for the second user; rendering a second representation of the first 3D-data stream in response to the viewpoint change, wherein the second representation has a different perspective than the first representation; and displaying the rendered second representation of the first 3D-data stream in the virtual window.
An integrated circuit (1150; 500), comprising: a set of pads (1210 to 1215) connected to peripheral circuits, including a forming voltage pad (1210; 405); a memory array including a plurality of memory cells, and a plurality of access lines connected in current flow communication with memory cells in the memory array , wherein the memory cells are phase change memory cells; a forming voltage rail coupled to the forming voltage pad (1210; 405); and a diode disposed in current flow communication with the forming voltage rail and an access line in the plurality of access lines , the diode configured to be forward biased during application of a forming voltage to the forming voltage pad (1210; 405) to induce a forming current in memory cells in the plurality of memory cells, wherein the diode is configured to be reverse biased during application of a reference voltage to the forming voltage pad (1210; 405) during utilization of the memory array for memory operations, the diode is a set of diodes, and the peripheral circuits comprise CMOS transistors, and all of the CMOS transistors in the peripheral circuits have a breakdown voltage that is less than a forming voltage Vf applied to the forming voltage pad (1210; 405). a set of pads (1210 to 1215) connected to peripheral circuits, including a forming voltage pad (1210; 405); a memory array including a plurality of memory cells, and a plurality of access lines connected in current flow communication with memory cells in the memory array , wherein the memory cells are phase change memory cells; a forming voltage rail coupled to the forming voltage pad (1210; 405); and a diode disposed in current flow communication with the forming voltage rail and an access line in the plurality of access lines , the diode configured to be forward biased during application of a forming voltage to the forming voltage pad (1210; 405) to induce a forming current in memory cells in the plurality of memory cells, wherein the diode is configured to be reverse biased during application of a reference voltage to the forming voltage pad (1210; 405) during utilization of the memory array for memory operations, the diode is a set of diodes, and the peripheral circuits comprise CMOS transistors, and all of the CMOS transistors in the peripheral circuits have a breakdown voltage that is less than a forming voltage Vf applied to the forming voltage pad (1210; 405).