mhurhangee/patent-ind-claim-en huggingface dataset:
Polishing device for polishing an object to be polished, wherein the polishing device comprises: a rotatable carrier body ; a polishing body for polishing the object to be polished, when the polishing body rotates with the carrier body and acts upon the object to be polished; and a heat removal unit which is provided at the carrier body for removing heat from the polishing body and/or the object to be polished, when the polishing body rotates with the carrier body and the polishing body polishes the object to be polished; wherein the heat removal unit is configured to be activated and operated by the rotation process of the carrier body , such that the heat removal is triggered by generating an airstream by rotating the carrier body with the heat removal unit , wherein the heat removal unit comprises a plurality of through holes which pass through the carrier body as venting channels ; wherein the venting channels are tilted at least at the main surface of the carrier body with respect to a radial extension of the carrier body , starting from a rotation axis, against a rotation direction of the carrier body , characterized in that the polishing body is attached or attachable at a main surface of the carrier body , and that the venting channels cause an air exchange between the main surface which is facing the polishing body and the main surface which is facing away from the polishing body of the carrier body . a rotatable carrier body ; a polishing body for polishing the object to be polished, when the polishing body rotates with the carrier body and acts upon the object to be polished; and a heat removal unit which is provided at the carrier body for removing heat from the polishing body and/or the object to be polished, when the polishing body rotates with the carrier body and the polishing body polishes the object to be polished; wherein the heat removal unit is configured to be activated and operated by the rotation process of the carrier body , such that the heat removal is triggered by generating an airstream by rotating the carrier body with the heat removal unit , wherein the heat removal unit comprises a plurality of through holes which pass through the carrier body as venting channels ; wherein the venting channels are tilted at least at the main surface of the carrier body with respect to a radial extension of the carrier body , starting from a rotation axis, against a rotation direction of the carrier body , characterized in that the polishing body is attached or attachable at a main surface of the carrier body , and that the venting channels cause an air exchange between the main surface which is facing the polishing body and the main surface which is facing away from the polishing body of the carrier body .
A jounce bumper for mounting in a vehicle suspension system comprising a shock absorber, the jounce bumper having a central bore extending along a compression axis (A), said jounce bumper comprising an elastically compressible bumper portion having a wall comprising a plurality of convolutes stacked in a direction of said compression axis (A), each convolute comprising a crest and a root , wherein the convolutes comprise stiffening elements each having a first end and a second end , and wherein a cross-section of the jounce bumper perpendicular to the compression axis is non-circular, the non-circular shape resulting from the stiffening elements and configured to provide a variable compression resistance in relation to an axial compression displacement of the jounce bumper, characterized in that the stiffening element comprises a radial outer wall having a width ( Ws ) in the direction of a peripheral circumference ( Op ) of the jounce bumper, and sidewalls extending from the root to the radial outer wall , wherein the stiffening elements have the maximum width (Ws) of the radial outer wall in the center of the root , which decreases in a direction towards the first end and second end .
Method having the following steps of: - generating replica pseudorandom noise codes belonging to a multiplicity of reception signal sections with the aid of system parameters of the reception signal sections, wherein the multiplicity of reception signal sections relate to different time periods, wherein the system parameters are valid for a considered time or period and a particular transmitter; - storing the generated replica pseudorandom noise codes in a code archive, wherein reception signal sections protected by means of pseudorandom noise codes can be processed with the aid of the associated stored replica pseudorandom noise codes; and - using the replica pseudorandom noise codes stored in the code archive to decode a reception signal section of the multiplicity of reception signal sections, wherein the replica pseudorandom noise codes are stored in the code archive in blocks and are made available for assessing message signals emitted at past times. - generating replica pseudorandom noise codes belonging to a multiplicity of reception signal sections with the aid of system parameters of the reception signal sections, wherein the multiplicity of reception signal sections relate to different time periods, wherein the system parameters are valid for a considered time or period and a particular transmitter; - storing the generated replica pseudorandom noise codes in a code archive, wherein reception signal sections protected by means of pseudorandom noise codes can be processed with the aid of the associated stored replica pseudorandom noise codes; and - using the replica pseudorandom noise codes stored in the code archive to decode a reception signal section of the multiplicity of reception signal sections, wherein the replica pseudorandom noise codes are stored in the code archive in blocks and are made available for assessing message signals emitted at past times.
A radar apparatus comprising: a plurality of reception antennas (20#1 - 20#M), which in operation, each receive one or more reflected waves resulting from reflection of one or more radar transmission signals by one or more objects to output one or more reception signals; a plurality of frequency analysis processing circuitry (34#1 - 34#M), which in operation, performs frequency analysis of each of the plurality of reception signals received respectively by the plurality of reception antennas to acquire a frequency characteristic of each of the plurality of reception signals; characterized by conformity calculation circuitry , which in operation, calculates a conformity indicator based on the frequency characteristics of the plurality of reception signals, wherein the conformity indicator is calculated based on the standard deviation or the variance of the frequency characteristics; a plurality of peak detection circuitry , which in operation, correct the frequency characteristics of the plurality of reception signals with use of the conformity indicator and detect a peak from the corrected frequency characteristics; and object detection circuitry, which in operation, detects a target object from among the one or more objects based on the detected peak. a plurality of reception antennas (20#1 - 20#M), which in operation, each receive one or more reflected waves resulting from reflection of one or more radar transmission signals by one or more objects to output one or more reception signals; a plurality of frequency analysis processing circuitry (34#1 - 34#M), which in operation, performs frequency analysis of each of the plurality of reception signals received respectively by the plurality of reception antennas to acquire a frequency characteristic of each of the plurality of reception signals; characterized by conformity calculation circuitry , which in operation, calculates a conformity indicator based on the frequency characteristics of the plurality of reception signals, wherein the conformity indicator is calculated based on the standard deviation or the variance of the frequency characteristics; a plurality of peak detection circuitry , which in operation, correct the frequency characteristics of the plurality of reception signals with use of the conformity indicator and detect a peak from the corrected frequency characteristics; and object detection circuitry, which in operation, detects a target object from among the one or more objects based on the detected peak.
A networked control system comprising: a plurality of devices connected to a network, at least one device of the plurality of devices having a logical address that includes a device location in an environment and at least one of a device type, a device owner, an intended device function, a device feature and a device manufacturer of the at least one device; processor configured to: - maintain a mapping from the logical address to a physical network address of the at least one device and - execute control logic on the at least one device using the logical address characterized in that the networked control system further comprises a sensing means operationally coupled to the processor and the sensing means configured to detect a device location of the at least one device for use in the logical address. a plurality of devices connected to a network, at least one device of the plurality of devices having a logical address that includes a device location in an environment and at least one of a device type, a device owner, an intended device function, a device feature and a device manufacturer of the at least one device; processor configured to: - maintain a mapping from the logical address to a physical network address of the at least one device and - execute control logic on the at least one device using the logical address characterized in that the networked control system further comprises - maintain a mapping from the logical address to a physical network address of the at least one device and - execute control logic on the at least one device using the logical address characterized in that the networked control system further comprises a sensing means operationally coupled to the processor and the sensing means configured to detect a device location of the at least one device for use in the logical address.
A light emitting device comprising: - a substrate; - a first electrode (E1) formed by a first electrically conductive layer arranged over said substrate; - an active light emitting layer (A) arranged over said first electrically conductive layer, and that comprises a host matrix and light emitting quantum dots embedded there within; and - a second electrode (E2) formed by a second electrically conductive layer arranged over said active light emitting layer (A); wherein said host matrix comprises charge carrier supplier quantum dots blended with said light emitting quantum dots, forming a binary blend where the charge carrier supplier quantum dots are made and arranged to supply charge carriers to the light emitting quantum dots, wherein the light emitting quantum dots are made and arranged to accept the supplied charge carriers, and characterized in that the light emitting quantum dots are homogeneously dispersed within the host matrix and distanced above 3 nm from each other. - a substrate; - a first electrode (E1) formed by a first electrically conductive layer arranged over said substrate; - an active light emitting layer (A) arranged over said first electrically conductive layer, and that comprises a host matrix and light emitting quantum dots embedded there within; and - a second electrode (E2) formed by a second electrically conductive layer arranged over said active light emitting layer (A);
A die for flanging, comprising an upper die that is movable and a lower die that is held stationary, said upper die being provided with a pressure plate for stamping a workpiece, said lower die being provided with a forming die for supporting said workpiece, wherein cushioning element is arranged at least in a blank pressing region of said pressure plate for pressing the workpiece located on the forming die tightly, and said cushioning element is made of polyurethane, wherein the upper die has an upper shoe plate bearing other members of the upper die and wherein said cushioning element is arranged in the region of flanging line characterised in that said cushioning element is planar and wherein a flanging insert for flanging the workpiece is fixed to the upper shoe plate through a screw, wherein in the stamping process, the flanging insert forces the workpiece to form a flanged portion along a flanging line.
A computer-implemented method, comprising: obtaining, for a subterranean region , a set of sedimentary pathways , a map of a sediment attribute, and a subterranean area of interest ; determining a sedimentary fairway and a sedimentary fairway attribute based, at least in part, on a spatial location of an origin point of each member of the set of sedimentary pathways , and a spatial location of a terminal point of each member of the set of sedimentary pathways ; dividing the sedimentary fairway into one or more sedimentary pathway domains ; determining a sedimentary pathway attribute profile for each sedimentary pathway domain based, at least in part on the map of the sediment attribute and a trajectory of each sedimentary pathway ; determining an intersection of the trajectory of each sedimentary pathway with a boundary of the subterranean area of interest ; and determining a spatial change in a sediment attribute within the subterranean area of interest based, at least in part, on the intersection and the sedimentary pathway attribute profile for each sedimentary pathway domain . obtaining, for a subterranean region , a set of sedimentary pathways , a map of a sediment attribute, and a subterranean area of interest ; determining a sedimentary fairway and a sedimentary fairway attribute based, at least in part, on a spatial location of an origin point of each member of the set of sedimentary pathways , and a spatial location of a terminal point of each member of the set of sedimentary pathways ; dividing the sedimentary fairway into one or more sedimentary pathway domains ; determining a sedimentary pathway attribute profile for each sedimentary pathway domain based, at least in part on the map of the sediment attribute and a trajectory of each sedimentary pathway ; determining an intersection of the trajectory of each sedimentary pathway with a boundary of the subterranean area of interest ; and determining a spatial change in a sediment attribute within the subterranean area of interest based, at least in part, on the intersection and the sedimentary pathway attribute profile for each sedimentary pathway domain .
A battery pack , comprising: a battery cell which contains a non-aqueous electrolyte, wherein the battery cell is a non-aqueous electrolyte secondary battery; a casing which stores the battery cell ; at least one liquid leakage sensor which detects liquid leakage from the battery cell , and a charging/discharging circuit which charges and discharges the battery cell , wherein a part of the charging/discharging circuit is included in the casing , and a remaining portion of the charging/discharging circuit is provided outside the casing , wherein one or both of the casing and the battery cell have a leaked liquid retention region (L) in which the non-aqueous electrolyte tends to be retained when the non-aqueous electrolyte leaks out of the battery cell , wherein the liquid leakage sensor is configured to output measurement information as a detection result without using the charging/discharging circuit wherein at least one sensor unit of the liquid leakage sensor is provided in the leaked liquid retention region (L), and the sensor unit contains at least one metal selected from the group consisting of tin, silver, copper, nickel, zinc, and lead, wherein the part of the charging/discharging circuit included in the casing is not coupled to the liquid leakage sensor in the casing , and wherein a charging control unit is connected to the remaining portion of the charging/discharging circuit which is provided outside the casing , and the charging control unit is coupled to the liquid leakage sensor . a battery cell which contains a non-aqueous electrolyte, wherein the battery cell is a non-aqueous electrolyte secondary battery; a casing which stores the battery cell ; at least one liquid leakage sensor which detects liquid leakage from the battery cell , and a charging/discharging circuit which charges and discharges the battery cell , wherein a part of the charging/discharging circuit is included in the casing , and a remaining portion of the charging/discharging circuit is provided outside the casing , wherein one or both of the casing and the battery cell have a leaked liquid retention region (L) in which the non-aqueous electrolyte tends to be retained when the non-aqueous electrolyte leaks out of the battery cell , wherein the liquid leakage sensor is configured to output measurement information as a detection result without using the charging/discharging circuit wherein at least one sensor unit of the liquid leakage sensor is provided in the leaked liquid retention region (L), and the sensor unit contains at least one metal selected from the group consisting of tin, silver, copper, nickel, zinc, and lead, wherein the part of the charging/discharging circuit included in the casing is not coupled to the liquid leakage sensor in the casing , and
A refrigerator comprising: a storage compartment ; an evaporator configured to cool the storage compartment; an evaporator housing configured to house the evaporator; a machine room including a discharge plug that is connected to the evaporator housing and configured to discharge defrost water from the evaporator housing to the machine room; a defrost water tray installed in the machine room and configured to collect the defrost water discharged from the evaporator housing through the discharge plug; and a drain hose assembly connecting the discharge plug to the defrost water tray to transfer the defrost water from the discharge plug to the defrost water tray, wherein the drain hose assembly includes, a drain cap connected to the discharge plug and configured to limit an introduction of air into the evaporator housing , and a drain hose having a first end connected to the drain cap and a second end connected to the defrost water tray , and wherein a length of the drain hose assembly is adjustable by adjusting an insertion amount of the drain cap into the drain hose . a storage compartment ; an evaporator configured to cool the storage compartment; an evaporator housing configured to house the evaporator; a machine room including a discharge plug that is connected to the evaporator housing and configured to discharge defrost water from the evaporator housing to the machine room; a defrost water tray installed in the machine room and configured to collect the defrost water discharged from the evaporator housing through the discharge plug; and a drain hose assembly connecting the discharge plug to the defrost water tray to transfer the defrost water from the discharge plug to the defrost water tray, wherein the drain hose assembly includes, a drain cap connected to the discharge plug and configured to limit an introduction of air into the evaporator housing , and a drain hose having a first end connected to the drain cap and a second end connected to the defrost water tray , and wherein a length of the drain hose assembly is adjustable by adjusting an insertion amount of the drain cap into the drain hose .
A compound comprising 2 to 8 Venetoclaxs, each Venetoclax being linked to an end of a multi-arm water-soluble polymer via an amide bond; or a pharmacologically acceptable salt thereof, wherein the multi-arm water-soluble polymer is a multi-arm carboxyl-terminated polyethylene glycol; or a pharmacologically acceptable salt thereof, and the compound results from amide-forming condensation between a terminal carboxyl group of the multi-arm water-soluble polymer and a secondary amino group on a pyrrole ring of the 2 to 8 of Venetoclaxs; or a pharmacologically acceptable salt thereof. wherein the multi-arm water-soluble polymer is a multi-arm carboxyl-terminated polyethylene glycol; or a pharmacologically acceptable salt thereof, and the compound results from amide-forming condensation between a terminal carboxyl group of the multi-arm water-soluble polymer and a secondary amino group on a pyrrole ring of the 2 to 8 of Venetoclaxs; or a pharmacologically acceptable salt thereof.
An information processing device comprising: a reading means configured to read content data from a storage unit for reproduction of the content data stored in the storage unit ; and a prohibiting means configured to prohibit any access to the storage unit different from access of the reading during the reading of the content data by the reading means , wherein the prohibiting means is configured to prohibit the different access by suspending the different access in progress when the reading of the content data by the reading means starts, and wherein the different access includes access of writing downloaded content data into the storage unit . a reading means configured to read content data from a storage unit for reproduction of the content data stored in the storage unit ; and a prohibiting means configured to prohibit any access to the storage unit different from access of the reading during the reading of the content data by the reading means , wherein the prohibiting means is configured to prohibit the different access by suspending the different access in progress when the reading of the content data by the reading means starts, and wherein the different access includes access of writing downloaded content data into the storage unit .
A method of providing a user interface for a mobile device , comprising: displaying one or more graphical user interface elements on a touch-screen; receiving a first touch on the touch-screen; entering, in response to receipt of the first touch and while continuing to receive the first touch, a first state that enables an audio cue that indicates a function that can be performed by the graphical user interface element; receiving, while in the first state, an indication that the first touch is at the location of the graphical user interface element; based at least on the indication that the first touch is at the location of the graphical user interface element, providing the audio cue that indicates the information associated with the graphical user interface element; receiving, while in the first state, a second touch on the touch-screen while continuing to receive the first touch; and entering, in response to receipt of the second touch, a second state that includes activating the associated graphical user interface element, wherein the second state allows the graphical user interface element to be dragged on the touch screen in response to movement of the first touch along the touch screen while in the second state. displaying one or more graphical user interface elements on a touch-screen; receiving a first touch on the touch-screen; entering, in response to receipt of the first touch and while continuing to receive the first touch, a first state that enables an audio cue that indicates a function that can be performed by the graphical user interface element; receiving, while in the first state, an indication that the first touch is at the location of the graphical user interface element; based at least on the indication that the first touch is at the location of the graphical user interface element, providing the audio cue that indicates the information associated with the graphical user interface element; receiving, while in the first state, a second touch on the touch-screen while continuing to receive the first touch; and entering, in response to receipt of the second touch, a second state that includes activating the associated graphical user interface element, wherein the second state allows the graphical user interface element to be dragged on the touch screen in response to movement of the first touch along the touch screen while in the second state.