mhurhangee/ep-ind-claims huggingface dataset:
A variable geometry turbocharger having a nozzle mechanism capable of changing a flow path area of exhaust gas with an actuator, comprising: a housing to which a reaction force of the actuator is applicable; a piezoelectric element interposed between the actuator and the housing; a first detection part configured to detect a load of the actuator on the basis of an output voltage of the piezoelectric element; a determination part configured to determine that an abnormality is present, if the load detected by the first detection part is out of an allowable range corresponding to an operational state of the variable geometry turbocharger; a second detection part configured to detect the operational state of the variable geometry turbocharger; a storage part configured to store a map which defines a relationship between the operational state of the variable geometry turbocharger and the allowable range, wherein the determination part is configured to set the allowable range corresponding to the operational state detected by the second detection part on the basis of the map, wherein the map comprises a plurality of maps prepared corresponding to an opening degree of the nozzle mechanism representing the operational state, wherein the actuator is connected to the nozzle mechanism via a rod member configured to drive along an axial direction, and wherein the piezoelectric element is disposed on an opposite side from a side of the actuator to which the rod member is connected. a housing to which a reaction force of the actuator is applicable; a piezoelectric element interposed between the actuator and the housing; a first detection part configured to detect a load of the actuator on the basis of an output voltage of the piezoelectric element; a determination part configured to determine that an abnormality is present, if the load detected by the first detection part is out of an allowable range corresponding to an operational state of the variable geometry turbocharger; a second detection part configured to detect the operational state of the variable geometry turbocharger; a storage part configured to store a map which defines a relationship between the operational state of the variable geometry turbocharger and the allowable range, wherein the determination part is configured to set the allowable range corresponding to the operational state detected by the second detection part on the basis of the map, wherein the map comprises a plurality of maps prepared corresponding to an opening degree of the nozzle mechanism representing the operational state, wherein the actuator is connected to the nozzle mechanism via a rod member configured to drive along an axial direction, and wherein the piezoelectric element is disposed on an opposite side from a side of the actuator to which the rod member is connected.
A method for managing a unified cache configured to store data and instructions, wherein read, write and execute permissions are associated with entries of the unified cache and wherein the read, write and execute permissions depend on the memory address associated with the data or instructions to be stored in the unified cache, the method characterized by: determining whether a write-address of a write-request to the cache has one or more execute permissions (170, 172) associated therewith based on one or more permission bits stored in a page table entry, PTE, of a translation lookaside buffer, TLB, comprising an address translation for the write-address and the one or more permission bits associated with the write-address, wherein the permission bits include a supervisor execute permission bit and a user execute permission bit associated with supervisor and user privilege levels, respectively, associated with the write address, wherein an execute permission associated with the write-address indicates that an instruction stored at the write-address may be executed; and if there is a write-miss in the cache for the write-request, determining whether to implement a write-allocate policy or a write-no-allocate policy for serving the write-miss based on the one or more execute permissions, comprising determining to implement a write-allocate policy if the write-address has one or more execute permissions associated therewith and determining to implement a write-no-allocate policy for servicing the write-miss, if the write-address does not have one or more execute permissions associated therewith. determining whether a write-address of a write-request to the cache has one or more execute permissions (170, 172) associated therewith based on one or more permission bits stored in a page table entry, PTE, of a translation lookaside buffer, TLB, comprising an address translation for the write-address and the one or more permission bits associated with the write-address, wherein the permission bits include a supervisor execute permission bit and a user execute permission bit associated with supervisor and user privilege levels, respectively, associated with the write address, wherein an execute permission associated with the write-address indicates that an instruction stored at the write-address may be executed; and if there is a write-miss in the cache for the write-request, determining whether to implement a write-allocate policy or a write-no-allocate policy for serving the write-miss based on the one or more execute permissions, comprising determining to implement a write-allocate policy if the write-address has one or more execute permissions associated therewith and determining to implement a write-no-allocate policy for servicing the write-miss, if the write-address does not have one or more execute permissions associated therewith.
A door locking device for a door, in particular for a door of a washing machine, having a pivotable rotary catch for a door hook, wherein the pivotable rotary catch is arranged on a pivoting body, wherein the rotary catch has a recess for receiving a locking body for the rotary catch, wherein a locking body for locking the rotary catch is provided in the closed position thereof, wherein the locking body is connected to an armature, wherein the armature is surrounded by a coil which can be energized and when the coil is energized, the armature and the locking body can be or are linearly moved into the closed position of the rotary catch such that the locking body is or can be arranged in a blocked position in the recess of the rotary catch, characterized in that the armature is connected to a blocking clamping mechanism for the locking body using a tappet and that the blocking clamping mechanism has a crown connected to the tappet and a rotary crown interacting with the crown and connected to the locking body.
A personal hygiene implement (10, 1010) comprising: (a) an axle (100, 1100) that extends along a first longitudinal axis; (b) a movable functional element (200, 1200) comprising: (i) a base comprising a first side and an opposing second side; (ii) a first pillar extending from the first side of the base, wherein the first pillar comprises a piston chamber (222, 1222) that is fluidly connected to a discharging through-hole; and (iii) at least one cleaning element extending from the second side of the base; and (c) a fixation element (300, 1300) comprising a piston (310, 1310) which extends orthogonally to the first longitudinal axis, said fixation element (300,1300) being fixed; wherein the movable functional element (200, 1200) is capable of rotatably oscillating around the axle (100, 1100) relative to the fixed fixation element (300,1300), and the piston chamber (222, 1222) engages with the piston (310, 1310) to form a pump the pump being actuated when the movable functional element (200,1200) rotatably oscillates around the axle during operation. (a) an axle (100, 1100) that extends along a first longitudinal axis; (b) a movable functional element (200, 1200) comprising: (i) a base comprising a first side and an opposing second side; (ii) a first pillar extending from the first side of the base, wherein the first pillar comprises a piston chamber (222, 1222) that is fluidly connected to a discharging through-hole; and (iii) at least one cleaning element extending from the second side of the base; and (i) a base comprising a first side and an opposing second side; (ii) a first pillar extending from the first side of the base, wherein the first pillar comprises a piston chamber (222, 1222) that is fluidly connected to a discharging through-hole; and (iii) at least one cleaning element extending from the second side of the base; and (c) a fixation element (300, 1300) comprising a piston (310, 1310) which extends orthogonally to the first longitudinal axis, said fixation element (300,1300) being fixed;
A storage element comprising: an envelope; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal; and a power generating element which is contained inside of the envelope and is connected to the current collector, wherein the external terminal includes: a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector, wherein the external terminal comprises a plate-like member and a rod-like connecting member, characterised in that one end of the rod-like connecting member is contained in a recess formed at the inner surface on a side opposite to an exposed surface of the plate-like member, and the other end of the rod-like connecting member projects from the inner surface of the plate-like member. an envelope; an external terminal having an exposed surface which is exposed to the outside of the envelope; a current collector which is contained inside of the envelope and is connected to the external terminal; and a power generating element which is contained inside of the envelope and is connected to the current collector, a flat portion exposed to the outside of the envelope; and a shaft projecting from the flat portion to the inside of the envelope and being connected to the current collector, wherein the external terminal comprises a plate-like member and a rod-like connecting member, characterised in that one end of the rod-like connecting member is contained in a recess formed at the inner surface on a side opposite to an exposed surface of the plate-like member, and the other end of the rod-like connecting member projects from the inner surface of the plate-like member.
A vehicle glazing, particularly for a motor or rail vehicle, in particular a windscreen, a rear window, a side glazing, glazing having a main external face oriented toward the outside and a main internal face on the passenger compartment side, glazing comprising a through-hole between the internal face and the external face, which hole is delimited by a side wall of the glazing, said through-hole comprising an insert made of material that is transparent in a range A of wavelengths in the infrared spectrum beyond 2.5 μm, characterized in that the range A ranges at least from 9.5 μm to 10.5 μm, and preferably from 8 to 12 μm, and in that said transparent material of the insert comprises a hybrid organo-sulfur polymer, which is cross-linked, comprising linear sulfur chains cross-linked by organic comonomers.
Blender unit for blending materials according to a recipe, comprising: - a number of material hoppers (4,6) for individual base materials of a base segment of the recipe, the hoppers having an inlet and an outlet; - a weighing bin that is connected to the outlets of the material hoppers and is configured for weighing the base materials of the base recipe segment; - a mixing chamber having an outlet and a mixing element configured for mixing the base materials received from the weighing bin into a mixture of base materials; - an in-line dosing chamber that is directly connected to the outlet of the mixing chamber and is provided with a number of dosing elements configured for dosing a number of additives of an additive segment of the recipe into the mixture of base materials received from the mixing chamber, and the in-line dosing chamber having a blender outlet; - a controller configured for controlling the outlet of the material hoppers, weighing bin, mixing element, and dosing elements such that a mixture according to the recipe can be provided at the blender unit, characterized by a number of weight feeders (20,22) configured for providing the one of more additives of the additive recipe segment to the in-line dosing chamber, wherein the in-line dosing chamber comprises a static mixer. - a number of material hoppers (4,6) for individual base materials of a base segment of the recipe, the hoppers having an inlet and an outlet; - a weighing bin that is connected to the outlets of the material hoppers and is configured for weighing the base materials of the base recipe segment; - a mixing chamber having an outlet and a mixing element configured for mixing the base materials received from the weighing bin into a mixture of base materials; - an in-line dosing chamber that is directly connected to the outlet of the mixing chamber and is provided with a number of dosing elements configured for dosing a number of additives of an additive segment of the recipe into the mixture of base materials received from the mixing chamber, and the in-line dosing chamber having a blender outlet; - a controller configured for controlling the outlet of the material hoppers, weighing bin, mixing element, and dosing elements such that a mixture according to the recipe can be provided at the blender unit,
A support grid for a fuel assembly of a nuclear reactor in the form of a plate having round openings (3, 4) for the coolant flow and round openings for mounting fuel elements, a central tube, and supporting tubes or guiding channels, wherein the openings (3, 4) for the coolant flow have two different diameters and are provided around each of said openings (1, 2) such that the openings (3, 4) of two diameters alternate, characterized in that the openings (3, 4) for the coolant flow are spaced equally in groups of six openings (3, 4) around each of the openings (2, 1) for the fuel elements, the central tube, and the supporting tubes or guiding channels.
An organic light emitting diode, OLED, display driver circuit comprising: a first input to receive a luminance scaling signal representing a scaling value between 0 and 1; a second input to receive an image input signal, the image input signal including a digital representation of a desired output for a pixel within an OLED display; a gamma register coupled to the second input to map the digital representation of a desired output for the pixel to a pixel-level output voltage; and a luminance scaling circuit to multiply the pixel-level output voltage from the gamma register, corresponding to the image input signal, by the scaling value. a first input to receive a luminance scaling signal representing a scaling value between 0 and 1; a second input to receive an image input signal, the image input signal including a digital representation of a desired output for a pixel within an OLED display; a gamma register coupled to the second input to map the digital representation of a desired output for the pixel to a pixel-level output voltage; and a luminance scaling circuit to multiply the pixel-level output voltage from the gamma register, corresponding to the image input signal, by the scaling value.
An automatic closing group for lids of cardboard boxes, formed by punching and fed consecutively with an open coverage flap by means of a lower conveyor, wherein the closing group essentially comprises a frame on which a manipulator column is positioned, carrying a closing head for the positioning of said open coverage flap closed above a parallelepiped or prismatic box-shaped base body of the box, to which said coverage flap is connected with a folding invitation line, wherein said closing head is positioned on a slide which moves transversally with respect to the advance direction of the boxes, wherein said slide is, in turn, carried by another vertically movable slide in said manipulator column, wherein said closing head comprises a front pusher acting, in a first phase, on a central panel of said coverage flap and in a second phase, on a further panel situated before said central panel and connected to the same by a folding invitation line, and a pair of side pushers, acting on two additional side panels of the coverage flap, also connected to said central panel with respective folding invitation lines, control means being envisaged for the traversing of said slides and for moving said pushers (28,29) in addition to a computer for setting the dimensions of said box being closed, wherein said slide is transversally movable with respect to the advance direction of the boxes on guides tilted downwardly towards the above-mentioned conveyor.
A compressor, comprising: a compressor casing coupled to each of a suction inlet, into which a refrigerant is introduced, and a discharge outlet, through which the refrigerant is discharged; a compressor body mounted inside the compressor casing to compress the refrigerant suctioned in through the suction inlet, and thereafter discharge the refrigerant through the discharge outlet; a noise reducing member disposed between the compressor body and the compressor casing; and at least one fixing member mounted inside the compressor casing to fix the noise reducing member to an inner wall of the compressor casing, characterized in that a plurality of fixing members (540,560) is provided, and each of the opposite ends of the noise reducing member (520, 530) is inserted into a ring-shaped fixing portion of one of the plurality of fixing members, to be fixed to the inner wall of the compressor casing. a compressor casing coupled to each of a suction inlet, into which a refrigerant is introduced, and a discharge outlet, through which the refrigerant is discharged; a compressor body mounted inside the compressor casing to compress the refrigerant suctioned in through the suction inlet, and thereafter discharge the refrigerant through the discharge outlet; a noise reducing member disposed between the compressor body and the compressor casing; and at least one fixing member mounted inside the compressor casing to fix the noise reducing member to an inner wall of the compressor casing, characterized in that a plurality of fixing members (540,560) is provided, and each of the opposite ends of the noise reducing member (520, 530) is inserted into a ring-shaped fixing portion of one of the plurality of fixing members, to be fixed to the inner wall of the compressor casing.
An electrical smoking system comprising: a housing; a heater unit for heating a smokable product; a smokable product in the heater unit; electronics for activating the heater unit; a bypass flow passage that is in communication with the ambient air surrounding the housing; a suction flow passage within the housing creating a pathway for air drawn by a smoker through the housing to the heater unit; a flow diverting passage leading from the bypass flow passage to the suction flow passage through which air is drawn from the bypass flow passage only when a smoker puffs on the smokable product; and a sensor to detect air flow and to output a signal indicative of a smoker puffing on the smokable product, the sensor being positioned in the flow diverting passage and being connected to the electronics for activating the heater unit. a housing; a heater unit for heating a smokable product; a smokable product in the heater unit; electronics for activating the heater unit; a bypass flow passage that is in communication with the ambient air surrounding the housing; a suction flow passage within the housing creating a pathway for air drawn by a smoker through the housing to the heater unit; a flow diverting passage leading from the bypass flow passage to the suction flow passage through which air is drawn from the bypass flow passage only when a smoker puffs on the smokable product; and a sensor to detect air flow and to output a signal indicative of a smoker puffing on the smokable product, the sensor being positioned in the flow diverting passage and being connected to the electronics for activating the heater unit.
Domestic appliance for receiving a liquid with a container, with a pivotable cover, with a pivot bearing, in which the cover is mounted on the container so as to be pivotable about a pivot axis between a closed and open position, and the cover is embodied so as to be removable therefrom, with a locking device (10, 11, 32, 33, 34) in the cover, which locks it in the closed position on the container, and with an actuation device arranged remotely from the cover, which actuation device enables an unlocking of the cover, wherein the actuation device is embodied such that it transfers a compressive force to the locking device (10, 11, 32, 33, 34) to unlock the cover, characterised in that the pivot bearing comprises a receptacle, which is mounted on the container in a pivotable manner and in which the cover can be fastened to a connecting segment.
An engineered immune cell derived from a T-lymphocyte, a natural killer cell or a stem cell expressing at its cell surface membrane a ROR1 (NTRKR1) specific chimeric antigen receptor, wherein said CAR comprises an extra cellular ligand binding-domain comprising VH and VL from a monoclonal anti-ROR1 antibody, a hinge, a CD8α transmembrane domain and a cytoplasmic domain including a CD3 zeta signaling domain and a co-stimulatory domain from 4-1BB, wherein said extra cellular ligand binding-domain comprises: - a VH comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 54 (CDR-H1), SEQ ID NO: 55 (CDR-H2) and SEQ ID NO:56 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 59 (CDR-L1), SEQ ID NO: 60 (CDR-L2) and SEQ ID NO:61 (CDR-L3); or - a VH comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO. 28 (CDR-H1), SEQ ID NO.29 (CDR-H2) and SEQ ID NO.30 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO: 33 (CDR-L1), SEQ ID NO: 34 (CDR-L2) and SEQ ID NO: 35 (CDR-L3); and wherein expression of TCR is suppressed in said immune cell, for its use in allogeneic transplantation into a patient diagnosed with a pre-malignant or malignant cancer condition characterized by ROR1-expressing cells. - a VH comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 54 (CDR-H1), SEQ ID NO: 55 (CDR-H2) and SEQ ID NO:56 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody H10 of SEQ ID NO: 59 (CDR-L1), SEQ ID NO: 60 (CDR-L2) and SEQ ID NO:61 (CDR-L3); - a VH comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO. 28 (CDR-H1), SEQ ID NO.29 (CDR-H2) and SEQ ID NO.30 (CDR-H3), and - a VL comprising the CDRs from the mouse monoclonal antibody D10 of SEQ ID NO: 33 (CDR-L1), SEQ ID NO: 34 (CDR-L2) and SEQ ID NO: 35 (CDR-L3);