mhurhangee/ep-ind-claims huggingface dataset:
A fuel injection system of an internal combustion engine, comprising: a first fuel injection valve that injects fuel into a cylinder; a second fuel injection valve that injects fuel into an intake passage; a particulate filter provided in an exhaust passage to trap particulate matter contained in exhaust gas; control means that makes an in-cylinder injection ratio smaller when the quantity of particulate matter trapped in the particulate filter is equal to or larger than a threshold value than when it is smaller than the threshold value; characterized in that the control means makes the in-cylinder injection ratio equal to zero when the quantity of particulate matter trapped in the particulate filter is equal to or larger than an upper limit value that is larger than the threshold value, the in-cylinder injection ratio being the ratio of the quantity of fuel injected through the first fuel injection valve to the total quantity of fuel injected through the first fuel injection valve and the second fuel injection valve. a first fuel injection valve that injects fuel into a cylinder; a second fuel injection valve that injects fuel into an intake passage; a particulate filter provided in an exhaust passage to trap particulate matter contained in exhaust gas; control means that makes an in-cylinder injection ratio smaller when the quantity of particulate matter trapped in the particulate filter is equal to or larger than a threshold value than when it is smaller than the threshold value; characterized in that the control means makes the in-cylinder injection ratio equal to zero when the quantity of particulate matter trapped in the particulate filter is equal to or larger than an upper limit value that is larger than the threshold value, the in-cylinder injection ratio being the ratio of the quantity of fuel injected through the first fuel injection valve to the total quantity of fuel injected through the first fuel injection valve and the second fuel injection valve.
Method for the determination of the position of the permanently excited rotor of an electronically-commutated synchronous machine, which is provided with a stator which is provided with three phase windings, relative to three rotor position sensors which are fixed to the stator and are in an appropriate arrangement for a commutation scheme of a first block commutation, wherein the rotor position is determined by the read-out of data from the position sensors, characterized in that - after a first rotor position determination process, the off-load rotor is rotated through a predefined angle by the application of an appropriate voltage vector which is defined by a commutation scheme of a second block commutation, - whereafter a further rotor position determination process is carried out, and the result of the second rotor position determination process is compared with a rotor position anticipated as a result of the application of the appropriate voltage vector, - wherein the appropriate voltage vector is determined by means of an association between the first rotor position and the voltage vector to be applied for the achievement of a desired rotation, - and the second rotor position thus determined is compared with the first rotor position thus determined in order to improve the accuracy of the position identification of the rotor. - after a first rotor position determination process, the off-load rotor is rotated through a predefined angle by the application of an appropriate voltage vector which is defined by a commutation scheme of a second block commutation, - whereafter a further rotor position determination process is carried out, and the result of the second rotor position determination process is compared with a rotor position anticipated as a result of the application of the appropriate voltage vector, - wherein the appropriate voltage vector is determined by means of an association between the first rotor position and the voltage vector to be applied for the achievement of a desired rotation, - and the second rotor position thus determined is compared with the first rotor position thus determined in order to improve the accuracy of the position identification of the rotor.
An apparatus comprising: a memory; a processor coupled to the memory, wherein the memory contains instructions that when executed by the processor cause the apparatus to: receive an information centric network, ICN, name prefix announcement message comprising: a message prefix specific to a content publisher node coupled to or comprised within the ICN; a public key encryption certificate specific to the content publisher; and a digital signature specific to the content publisher; verify the signature with a name registration service, NRS; and update internal data indicating that the content publisher is a trusted publisher, wherein the internal data comprises the prefix, the public key, and the signature. a memory; a processor coupled to the memory, wherein the memory contains instructions that when executed by the processor cause the apparatus to: receive an information centric network, ICN, name prefix announcement message comprising: a message prefix specific to a content publisher node coupled to or comprised within the ICN; a public key encryption certificate specific to the content publisher; and a digital signature specific to the content publisher; verify the signature with a name registration service, NRS; and update internal data indicating that the content publisher is a trusted publisher, wherein the internal data comprises the prefix, the public key, and the signature. receive an information centric network, ICN, name prefix announcement message comprising: a message prefix specific to a content publisher node coupled to or comprised within the ICN; a public key encryption certificate specific to the content publisher; and a digital signature specific to the content publisher; a message prefix specific to a content publisher node coupled to or comprised within the ICN; a public key encryption certificate specific to the content publisher; and a digital signature specific to the content publisher; verify the signature with a name registration service, NRS; and update internal data indicating that the content publisher is a trusted publisher, wherein the internal data comprises the prefix, the public key, and the signature.
An antigen recognizing construct which is a T cell receptor, comprising (i) an alpha chain variable region with CDR1, CDR2 and CDR3 that comprise an amino acid sequence shown in SEQ ID NO: 40, 41, and 1 respectively; and comprising (ii) a beta chain variable region with CDR1, CDR2 and CDR3 that comprise an amino acid sequence shown in SEQ ID NO: 46, 47, and 4 respectively; wherein said TCR binds specifically to the MAGE-A1 antigen.
A first communication port, being configured to generate frames having at least - a preamble, - a data field, and said first communication port comprising a transmit frame counter, characterized in, that the frames futher comprise - a time field, the first communication port characterized by being configured to divide the value of the transmit frame counter into n segments, and each segment is placed in the time field of n consecutive frames. - a preamble, - a data field, - a time field, the first communication port characterized by being configured to divide the value of the transmit frame counter into n segments, and each segment is placed in the time field of n consecutive frames.
A lighted turntable display, comprising: a housing; a rotatable platter supported by the housing, the platter defining an outer peripheral surface; a plurality of reflective nodes positioned on the outer peripheral surface; and, a plurality of light sources configured to direct light directly toward the nodes to provide a visual light display, further comprising a controller, the controller coupled to the light sources for controlling the plurality of light sources, wherein the controller is configurable for producing different patterns of light from the plurality of light sources. a housing; a rotatable platter supported by the housing, the platter defining an outer peripheral surface; a plurality of reflective nodes positioned on the outer peripheral surface; and, a plurality of light sources configured to direct light directly toward the nodes to provide a visual light display, further comprising a controller, the controller coupled to the light sources for controlling the plurality of light sources, wherein the controller is configurable for producing different patterns of light from the plurality of light sources.
Hydraulic machine having a runner, having a guide apparatus, having a draft tube and having a means for measuring the water level in the region of the draft tube, wherein the means comprises a first pressure measurement device, a second pressure measurement device and a unit for generating differential pressure values, wherein the pressure measurement devices (5, 6) are each connected to the unit, and the first pressure measurement device is situated above the second pressure measurement device, and the unit is designed such that it can generate the difference between the pressures detected by the pressure measurement devices (5, 6), characterized in that the pressure measurement devices (5, 6) are arranged such that they can detect the pressures prevailing in the interior of the draft tube.
A competition wheelchair tire comprising: in regions (A1, A2), divided by a tire equator, on both sides of a tread surface (2, 20, 201, 202) of the tire, a grip area (4a, 4b, 40a, 40b) along an entire circumference of a tread, the grip area (4a, 4b, 40a, 40b) including a plurality of recessed lines (3a, 3b, 30a-30d), with a shape recessed toward an inner side of the tire from an outline of the tread surface (2, 20, 201, 202), that extend from a tread edge side in a direction inclined relative to the tire equator and are arrayed in parallel; and in each region (A1, A2), a recessed portion (5a-5f) defined by two lines (L1, L2, L4, L5, L7, L8, L10, L11, L13, L14), extending radially towards the grip area (4a, 4b, 40a, 40b) from a point (E1, E10, E20, E30, E40) positioned in a direction of the grip area (4a, 4b, 40a, 40b) from the tire equator, and a line (L3, L6, L9, L12, L15) connecting tips of the two lines. in regions (A1, A2), divided by a tire equator, on both sides of a tread surface (2, 20, 201, 202) of the tire, a grip area (4a, 4b, 40a, 40b) along an entire circumference of a tread, the grip area (4a, 4b, 40a, 40b) including a plurality of recessed lines (3a, 3b, 30a-30d), with a shape recessed toward an inner side of the tire from an outline of the tread surface (2, 20, 201, 202), that extend from a tread edge side in a direction inclined relative to the tire equator and are arrayed in parallel; and in each region (A1, A2), a recessed portion (5a-5f) defined by two lines (L1, L2, L4, L5, L7, L8, L10, L11, L13, L14), extending radially towards the grip area (4a, 4b, 40a, 40b) from a point (E1, E10, E20, E30, E40) positioned in a direction of the grip area (4a, 4b, 40a, 40b) from the tire equator, and a line (L3, L6, L9, L12, L15) connecting tips of the two lines.
A controlled-separation connection device, comprising a thermally frangible layer, two thermal confinement layers (30A, 30B) between which the thermally frangible layer is arranged, and an electrically conductive element arranged between the two thermal confinement layers so as to heat the thermally frangible layer by Joule effect when the electrically conductive element carries an electric current, wherein the thermally frangible layer is made of a first material having a melting point lower than a melting point of a second material in which the electrically conductive element is provided, characterized in that the thermally frangible layer is a thin layer of a metal alloy constituting the first material.
Use of a pressure-sensitive adhesive based on at least 50% of one or more block copolymers, at least one block copolymer being composed at least in part on the basis of (meth)acrylic acid derivatives, the at least one block copolymer comprising at least the unit P -P -P, comprising at least one polymer block P and at least two polymer blocks P, where • P independently of one another represent homopolymer or copolymer blocks comprising monomers of group A, the (co)polymer blocks P each having a softening temperature in the range from 0°C to +175°C, • P represents a homopolymer or copolymer block comprising monomers of group B, the (co)polymer block P having a softening temperature in the range from -130°C to +10°C, and • the (co)polymer blocks P and P are not homogeneously miscible with one another at 25°C, and where • the pressure-sensitive adhesive has a refractive index n d,H of n d,H ≥ 1.52 at 25°C, • at least one of the (co)polymer blocks P have a refractive index n d,A of n d,A ≥ 1.58 at 25°C, and • the (co) polymer block P has a refractive index n d,B of n d,B ≥ 1.43 at 25°C, where the refractive index is measured in each case at T=25°C with white light (wavelength λ = 550nm ± 150 nm) in accordance with the Abbe principle, for bonding optically transparent substrates. • P independently of one another represent homopolymer or copolymer blocks comprising monomers of group A, the (co)polymer blocks P each having a softening temperature in the range from 0°C to +175°C, • P represents a homopolymer or copolymer block comprising monomers of group B, the (co)polymer block P having a softening temperature in the range from -130°C to +10°C, and • the (co)polymer blocks P and P are not homogeneously miscible with one another at 25°C, • the pressure-sensitive adhesive has a refractive index n d,H of n d,H ≥ 1.52 at 25°C, • at least one of the (co)polymer blocks P have a refractive index n d,A of n d,A ≥ 1.58 at 25°C, and • the (co) polymer block P has a refractive index n d,B of n d,B ≥ 1.43 at 25°C,
A print control apparatus for transferring transparent protective overcoat ink using a thermal transfer printing apparatus onto an image printed on a substrate, the print control apparatus comprising: extraction means (104, 105) configured to extract a contour of a subject in the image; and control means (104, 105) configured to generate print data (803, 807) for transferring the protective overcoat ink using the thermal transfer printing apparatus, based on the extracted contour of the subject, wherein the control means (104, 105) is configured to generate the print data (803, 807) by assigning a high gradation value to achieve low glossiness to a contour line corresponding to the extracted contour of the subject and assigning a low gradation value to achieve high glossiness to a region inside the contour line corresponding to the subject, characterised in that the control means is further configured to generate the print data by assigning a mixture of the high gradation value and the low gradation value to an outer peripheral region of the subject which is outside the contour line so that the outer peripheral region has higher glossiness than the contour line and lower glossiness than the region inside the contour line corresponding to the subject. extraction means (104, 105) configured to extract a contour of a subject in the image; and control means (104, 105) configured to generate print data (803, 807) for transferring the protective overcoat ink using the thermal transfer printing apparatus, based on the extracted contour of the subject, wherein the control means (104, 105) is configured to generate the print data (803, 807) by assigning a high gradation value to achieve low glossiness to a contour line corresponding to the extracted contour of the subject and assigning a low gradation value to achieve high glossiness to a region inside the contour line corresponding to the subject, characterised in that the control means is further configured to generate the print data by assigning a mixture of the high gradation value and the low gradation value to an outer peripheral region of the subject which is outside the contour line so that the outer peripheral region has higher glossiness than the contour line and lower glossiness than the region inside the contour line corresponding to the subject.
Wiper arm for a window wiping apparatus, the wiper arm having, at a free end, a mounting device for mounting a wiper blade, the mounting device having a recess which is configured in such a way that the wiper blade can be introduced into the recess substantially perpendicularly with respect to a longitudinal orientation of the wiper arm, it being possible for the wiper blade to be locked and unlocked in the recess substantially in the longitudinal orientation of the wiper arm, characterized in that the mounting device has a protective element in a section which faces the window to be wiped, which protective element is arranged substantially opposite the recess, the recess being delimited by two limbs (12, 13), and the limbs (12, 13) being delimited in each case by a gap (20, 30) which is arranged substantially parallel to the respective limb (12, 13), and the protective element providing a protective function for the second limb.
A double frequency vertical polarization antenna, comprising: a dielectric substrate, comprising a power feeding surface and a mounting surface oppositely arranged; a power feeder, provided on the power feeding surface of the dielectric substrate; and an antenna part, provided on the mounting surface of the dielectric substrate, and comprising a high-frequency radiation unit and a low-frequency radiation unit spaced apart from the high-frequency radiation unit, both the high-frequency radiation unit and the low-frequency radiation unit being penetrated through the dielectric substrate and electrically connected to the power feeder; characterized in that the low-frequency radiation unit is arranged in a rectangular shape, a long side of the low-frequency radiation unit defines two rectangular slots parallel to a short side of the low-frequency radiation unit, the two rectangular slots are arranged at intervals, and a connecting section is formed between the two rectangular slots. a dielectric substrate, comprising a power feeding surface and a mounting surface oppositely arranged; a power feeder, provided on the power feeding surface of the dielectric substrate; and an antenna part, provided on the mounting surface of the dielectric substrate, and comprising a high-frequency radiation unit and a low-frequency radiation unit spaced apart from the high-frequency radiation unit, both the high-frequency radiation unit and the low-frequency radiation unit being penetrated through the dielectric substrate and electrically connected to the power feeder; characterized in that the low-frequency radiation unit is arranged in a rectangular shape, a long side of the low-frequency radiation unit defines two rectangular slots parallel to a short side of the low-frequency radiation unit, the two rectangular slots are arranged at intervals, and a connecting section is formed between the two rectangular slots.
A composition for encapsulating an organic electronic element, comprising an olefin-based resin, a curable monomer, and a curable oligomer which is comprised in an amount of 20 to 90 parts by weight relative to 100 parts by weight of the olefin-based resin and has a glass transition temperature of 55°C or less after curing; wherein the curable oligomer does not comprise epoxy acrylate.
A system comprising: a base station, BS, a base station controller, BSC, a first core device acting as an active core device, a second core device acting as a standby core device, wherein the first core device comprises an active route and a standby route, the active route comprises a first route between the BSC and the first core device and a second route between the first core device and the BS; the second core device comprises the standby route, the standby route comprises a third route between the BSC and the second core device and a fourth route between the second core device and the BS; the first core device comprises a first BSC gateway interface, the second core device comprises a second BSC gateway interface, and the first BSC gateway interface has an Internet Protocol, IP, address same as the second BSC gateway interface; the first core device is configured to send a first identity, ID, of the first BSC gateway interface and a first state of the first BSC gateway interface to the second core device; the second core device is configured to receive the first ID and the first state, set a second state of the second BSC gateway interface to the first state; wherein the second route is generated after the first ID and the first state are received, wherein the first state is a normal operating state. a base station, BS, a base station controller, BSC, a first core device acting as an active core device, a second core device acting as a standby core device, wherein the first core device comprises an active route and a standby route, the active route comprises a first route between the BSC and the first core device and a second route between the first core device and the BS; the second core device comprises the standby route, the standby route comprises a third route between the BSC and the second core device and a fourth route between the second core device and the BS; the first core device comprises a first BSC gateway interface, the second core device comprises a second BSC gateway interface, and the first BSC gateway interface has an Internet Protocol, IP, address same as the second BSC gateway interface; the first core device is configured to send a first identity, ID, of the first BSC gateway interface and a first state of the first BSC gateway interface to the second core device; the second core device is configured to receive the first ID and the first state, set a second state of the second BSC gateway interface to the first state; wherein the second route is generated after the first ID and the first state are received, wherein the first state is a normal operating state.
A negative pressure treatment arrangement comprising at least one open-cell contact element designed as a fluid-collecting element for collecting fluids or gases, by means of which a negative pressure and/or suction can be generated in a body cavity, wherein the open-cell contact element is designed, in sections at least, in the form of a tube with a tubular axis, said open-cell contact element having, at least in part, an outer and/or inner boundary area, wherein the fluid-collecting element is fluid-conductively connected to a channel-shaped lumen of a drainage tube in such a way that a tubular drain is formed in which the open-cell fluid-collecting element as part of a tube wall and the drainage tube which forms a fluid-communicating element are structurally interconnected, characterised in that the fluid-collecting element does not protrude radially over the drainage tube and the fluid-collecting element and the drainage tube have the same outer diameter and merge continuously into each other.