mhurhangee/patent-ind-claim-en huggingface dataset:
An induction heating unit for heating a conductive heat-producing rotating body through electromagnetic induction to thermally fix a toner image onto a recording sheet in one of a plurality of sizes, said induction heating unit , comprising: a) a magnetising coil to be arranged along an outer circumferential surface of the heat-producing rotating body for heating the heat-producing rotating body through electromagnetic induction heating; and b) a demagnetising coil arranged in partially-overlapping proximity to the magnetising coil and partially cancelling out magnetic flux produced by the magnetising coil to suppress overheating in a non-sheet-passing region of the heat-producing rotating body when fixing is performed on a recording sheet in one of the sizes that is not a largest size, characterised in that c) the demagnetising coil includes a coil pattern printed on a flexible substrate, and the coil pattern has a wire of greater width (Wp) than the separation (Wc) between neighbouring portions of the wire; and d) the demagnetising coil includes a plurality of overlaid flexible substrates, each having the coil pattern printed thereon. a) a magnetising coil to be arranged along an outer circumferential surface of the heat-producing rotating body for heating the heat-producing rotating body through electromagnetic induction heating; and b) a demagnetising coil arranged in partially-overlapping proximity to the magnetising coil and partially cancelling out magnetic flux produced by the magnetising coil to suppress overheating in a non-sheet-passing region of the heat-producing rotating body when fixing is performed on a recording sheet in one of the sizes that is not a largest size, characterised in that c) the demagnetising coil includes a coil pattern printed on a flexible substrate, and the coil pattern has a wire of greater width (Wp) than the separation (Wc) between neighbouring portions of the wire; and d) the demagnetising coil includes a plurality of overlaid flexible substrates, each having the coil pattern printed thereon.
An intramedullary nail extractor comprising: a central body that includes: a proximal end for attachment to an extractor , a distal end having a hook for engaging an intramedullary nail , and a threaded intermediate portion between the proximal end and the distal end; a rotatable sleeve threadedly engaging the threaded intermediate portion of the central body; and a clamping member operatively engaged by the rotatable sleeve and moveable relative to the central body, wherein the clamping member is a clamping rod. a central body that includes: a proximal end for attachment to an extractor , a distal end having a hook for engaging an intramedullary nail , and a threaded intermediate portion between the proximal end and the distal end; a proximal end for attachment to an extractor , a distal end having a hook for engaging an intramedullary nail , and a threaded intermediate portion between the proximal end and the distal end; a rotatable sleeve threadedly engaging the threaded intermediate portion of the central body; and a clamping member operatively engaged by the rotatable sleeve and moveable relative to the central body, wherein the clamping member is a clamping rod.
Fuel filter for filtering fuel in a motor vehicle , - with a housing , wherein the housing encloses a pressure area in which a filter chamber is arranged, - with a filter element which is arranged in the filter chamber and separates a dirty side from a clean side , - with a water collecting area which is arranged in the pressure area and is connected fluidically to the filter chamber , - with a venting duct , - with a fluid connection from the pressure area to the venting duct , in which a first throttle is arranged, - with a discharge duct from the water collecting area , in which a second throttle is arranged, and - with a collecting chamber which forms a sump and which has an overflow for the sump , characterised in that - the venting duct has an outlet which opens into the collecting chamber , - the outlet of the venting duct is positioned below the overflow of the sump , - the discharge duct has an outlet which opens into the collecting chamber , and - a siphon is arranged in or on the discharge duct . - with a housing , wherein the housing encloses a pressure area in which a filter chamber is arranged, - with a filter element which is arranged in the filter chamber and separates a dirty side from a clean side , - with a water collecting area which is arranged in the pressure area and is connected fluidically to the filter chamber , - with a venting duct , - with a fluid connection from the pressure area to the venting duct , in which a first throttle is arranged, - with a discharge duct from the water collecting area , in which a second throttle is arranged, and - with a collecting chamber which forms a sump and which has an overflow for the sump , - the venting duct has an outlet which opens into the collecting chamber , - the outlet of the venting duct is positioned below the overflow of the sump , - the discharge duct has an outlet which opens into the collecting chamber , and - a siphon is arranged in or on the discharge duct .
A location information measurement implementation method, applied to an access network element, comprising: sending (S220) auxiliary positioning information to a terminal, wherein the auxiliary positioning information is for positioning measurement of the terminal; receiving, from the terminal, positioning calculation information comprising the result of the positioning measurement and location calculation according to the auxiliary positioning information; wherein the auxiliary positioning information comprises information on a positioning node, the positioning node comprises a Bluetooth node; and the information on the positioning node comprises a name and a location of the Bluetooth node. sending (S220) auxiliary positioning information to a terminal, wherein the auxiliary positioning information is for positioning measurement of the terminal; receiving, from the terminal, positioning calculation information comprising the result of the positioning measurement and location calculation according to the auxiliary positioning information; wherein the auxiliary positioning information comprises information on a positioning node, the positioning node comprises a Bluetooth node; and the information on the positioning node comprises a name and a location of the Bluetooth node.
Electronic elevator guard device for monitoring a set of integrity states of a plurality of elevator features, the electronic elevator guard device comprising: at least one sensor installed in an elevator and configured for monitoring at least a first one of the integrity states of an elevator feature and generating a first monitoring signal based on a sensed current status of the first integrity state; a questioning device comprising or being capable of communicating with a human-machine interface , wherein the questioning device is configured for asking predetermined questions to a consulted person and for receiving the person's answers via the human-machine interface , the questions relating to at least a second one of the integrity states of an elevator feature, generating a second monitoring signal based on at least one answer; and an evaluation device configured for generating an overall monitoring signal based on the first and second monitoring signals, characterized in that the questioning device is configured for asking the questions in time intervals being longer than a predetermined minimum time interval. at least one sensor installed in an elevator and configured for monitoring at least a first one of the integrity states of an elevator feature and generating a first monitoring signal based on a sensed current status of the first integrity state; a questioning device comprising or being capable of communicating with a human-machine interface , wherein the questioning device is configured for asking predetermined questions to a consulted person and for receiving the person's answers via the human-machine interface , the questions relating to at least a second one of the integrity states of an elevator feature, generating a second monitoring signal based on at least one answer; and an evaluation device configured for generating an overall monitoring signal based on the first and second monitoring signals, characterized in that the questioning device is configured for asking the questions in time intervals being longer than a predetermined minimum time interval.
A method of forming wiring of a substrate , comprising: masking a substrate side portion , on which the wiring will be formed, by attaching a deposition mask to the substrate ; and forming the wiring on the substrate side portion based on sputtering after introducing the masked substrate into a chamber , wherein the wiring to be formed on the substrate side portion is deposited inside the chamber based on sputtering using a central source target disposed to face a lateral side of the substrate , and side source targets disposed at opposite sides of the central source target and inclined toward the substrate . masking a substrate side portion , on which the wiring will be formed, by attaching a deposition mask to the substrate ; and forming the wiring on the substrate side portion based on sputtering after introducing the masked substrate into a chamber , wherein the wiring to be formed on the substrate side portion is deposited inside the chamber based on sputtering using a central source target disposed to face a lateral side of the substrate , and side source targets disposed at opposite sides of the central source target and inclined toward the substrate .
Current collector for an electrical load with at least one sliding contact support (113; 213) with a sliding contact (112; 212) for making contact with at least one electrically conductive conductor profile of a conductor rail , wherein the sliding contact (112; 212) is connectable to an electrical connection of the electrical load in electrically conductive manner, and wherein an electrical fuse (19; 219) is provided between the sliding contact (112; 212) and the connection of the electrical load, characterised in that a first contact (20a; 220a) of the fuse (19; 219) electrically contacts the sliding contact (112; 212) or a sliding contact holder connected to the sliding contact (112; 212) in electrically conductive manner.
A method for extending a Physical Downlink Control Channel, PDCCH, region in a single cell to provide Downlink Control Information, DCI, to a User Equipment, UE, in order to enable communication over a plurality of cells in a communication system wherein the UE receives each DCI from a Node B through a DCI format transmitted over a PDCCH and wherein a PDCCH is transmitted through Control Channel Elements, CCEs, in a UE-Common Search Space, UE-CSS, or in a UE-Dedicated Search Space, UE-DSS, the method comprising the steps of: transmitting, by the Node B, PDCCHs in a single UE-CSS in a cell; and transmitting, by the Node B, PDCCHs in a plurality of UE-DSSs in the cell, wherein the single UE-CSS is common to the plurality of cells, and wherein each of the plurality of UE-DSSs corresponds to each of the plurality of cells, respectively, and wherein each of the plurality of cells has a cell identity informed to the UE through higher layer signaling from the Node B. transmitting, by the Node B, PDCCHs in a single UE-CSS in a cell; and transmitting, by the Node B, PDCCHs in a plurality of UE-DSSs in the cell, wherein the single UE-CSS is common to the plurality of cells, and wherein each of the plurality of UE-DSSs corresponds to each of the plurality of cells, respectively, and wherein each of the plurality of cells has a cell identity informed to the UE through higher layer signaling from the Node B.
Header for a combine harvester comprising: - a primary implement ; - a secondary implement ; - a link that is connected with the secondary implement ; and - a lifting device with a slide element that is configured and connected with the link such that a translational movement of the slide element causes a lifting of the secondary implement relative to the primary implement ; characterised in that the lifting device has a safety device that prevents an unwanted lifting of the secondary implement relative to the primary implement , the lifting device and the safety device being configured such that the secondary implement can only be lifted relative to the primary implement when the secondary implement is released from the ground , in particular due to a lifting of the header . - a primary implement ; - a secondary implement ; - a link that is connected with the secondary implement ; and - a lifting device with a slide element that is configured and connected with the link such that a translational movement of the slide element causes a lifting of the secondary implement relative to the primary implement ;
A video playing device , comprising: a display , displaying a video on a display surface , wherein the video displayed on the display surface has at least one frame; a sensor , configured to sense a displaying situation of the at least one frame at a specific location of the display surface as the display displays the video; a transceiver ; and a processing unit , connected to the sensor , the display and the transceiver , and collecting the displaying situation and controlling the transceiver to send the displaying situation to a target device to determine whether the display has indeed displayed the video; characterized in that the video comprises a first clip, and each of the frames of the first clip comprises a first partial frame and a second partial frame , wherein the first partial frame corresponds to a plot content of the video, and the second partial frame corresponds to a coding content, the second partial frame is located at the specific location on the display surface , and the coding content is irrelevant to the plot content. a display , displaying a video on a display surface , wherein the video displayed on the display surface has at least one frame; a sensor , configured to sense a displaying situation of the at least one frame at a specific location of the display surface as the display displays the video; a transceiver ; and a processing unit , connected to the sensor , the display and the transceiver , and collecting the displaying situation and controlling the transceiver to send the displaying situation to a target device to determine whether the display has indeed displayed the video; characterized in that the video comprises a first clip, and each of the frames of the first clip comprises a first partial frame and a second partial frame , wherein the first partial frame corresponds to a plot content of the video, and the second partial frame corresponds to a coding content, the second partial frame is located at the specific location on the display surface , and the coding content is irrelevant to the plot content.
Heat insulating panel having a front side and a rear side , at least one first recess being formed on the front side , into which recess a first conduit having a first cross-section can be accommodated, comprising further at least one first filling element , which is connected to the heat insulating panel by means of a web , which is designed as a predetermined breaking point, and is fastened in the first recess , the outer contour of the first filling element being complementary to the inner contour of the first recess , and a second recess being formed in the first filling element , in which second recess a second conduit having a second cross-section can be accommodated. comprising further at least one first filling element , which is connected to the heat insulating panel by means of a web , which is designed as a predetermined breaking point, and is fastened in the first recess , the outer contour of the first filling element being complementary to the inner contour of the first recess , and a second recess being formed in the first filling element , in which second recess a second conduit having a second cross-section can be accommodated.
Tread profile of a vehicle tire with profile elements separated from one another by grooves , wherein the profile elements separated by a groove are outwardly delimited in the radial direction R by a radially outer surface forming the ground contact area and toward the groove respectively by a profile element flank forming a groove wall , and wherein the grooves are inwardly delimited in the radial direction R by a groove base and on both sides of the groove base respectively by a groove wall which extends in the radial direction R starting from the groove base to the radially outer surface of the profile element delimited by it, wherein a rubber rib extending in the extension direction of the groove is respectively formed in the profile element flanks which delimit the groove and each form another groove wall of the groove , wherein the rubber rib formed in one groove wall is formed in a different radial position of the vehicle tire than the rubber rib formed in the other groove wall , characterized in that the two rubber ribs each extend over the entire extension length of the profile element flank and wherein each of these two rubber ribs respectively extends along its entire extension length from that profile element flank in which it is formed into the groove in the direction of the other profile element flank up to at least the middle of the groove width in this radial position of the groove and ends there in the groove at a distance d 2 from the profile element flanks, and in that the groove is formed with a groove depth T measured in the radial direction R, starting from the groove base to the radially outer surface of the adjacent profile elements , and the two rubber ribs are formed within a radial extension range of the extension height H 1 =T/2 measured radially outward starting from the groove base . wherein a rubber rib extending in the extension direction of the groove is respectively formed in the profile element flanks which delimit the groove and each form another groove wall of the groove , wherein the rubber rib formed in one groove wall is formed in a different radial position of the vehicle tire than the rubber rib formed in the other groove wall , characterized in that the two rubber ribs each extend over the entire extension length of the profile element flank and wherein each of these two rubber ribs respectively extends along its entire extension length from that profile element flank in which it is formed into the groove in the direction of the other profile element flank up to at least the middle of the groove width in this radial position of the groove and ends there in the groove at a distance d 2 from the profile element flanks, and in that the groove is formed with a groove depth T measured in the radial direction R, starting from the groove base to the radially outer surface of the adjacent profile elements , and the two rubber ribs are formed within a radial extension range of the extension height H 1 =T/2 measured radially outward starting from the groove base .
A method for a User Equipment, UE, operating in a wireless communication system, the method comprising: based on uplink data being available for transmission at the UE, transmitting (S1203), to a base station, BS, a first Medium Access Control, MAC, Protocol Data Unit, PDU, including an identifier of the UE without the uplink data, based on a contention based, CB, grant configured for the UE; receiving, from the BS, a Physical Downlink Control Channel, PDCCH, addressed to a CB-Radio Network Temporary Identifier, CB-RNTI, in response to the first MAC PDU transmission, wherein the CB-RNTI is configured for the UE and is related with the CB grant; receiving (S1209) a CB MAC Control Element, CE, and an uplink grant based on the PDCCH; based on the CB MAC CE including the identifier of the UE, transmitting, to the BS, the uplink data based on the uplink grant; and based on the CB MAC CE not including the identifier of the UE, transmitting (S1219), to the BS, a second MAC PDU including the identifier of the UE without the uplink data, based on the CB grant. based on uplink data being available for transmission at the UE, transmitting (S1203), to a base station, BS, a first Medium Access Control, MAC, Protocol Data Unit, PDU, including an identifier of the UE without the uplink data, based on a contention based, CB, grant configured for the UE; receiving, from the BS, a Physical Downlink Control Channel, PDCCH, addressed to a CB-Radio Network Temporary Identifier, CB-RNTI, in response to the first MAC PDU transmission, wherein the CB-RNTI is configured for the UE and is related with the CB grant; receiving (S1209) a CB MAC Control Element, CE, and an uplink grant based on the PDCCH; based on the CB MAC CE including the identifier of the UE, transmitting, to the BS, the uplink data based on the uplink grant; and based on the CB MAC CE not including the identifier of the UE, transmitting (S1219), to the BS, a second MAC PDU including the identifier of the UE without the uplink data, based on the CB grant.
An electronic device , comprising: a piezoelectric element having a longitudinal direction; a panel configured to support the piezoelectric element ; a housing configured to conduct a vibration resulting from a vibration of the panel ; and a joining member configured to join the panel and the housing , wherein the panel is configured to be directly bent by the piezoelectric element in the longitudinal direction, thus generating air-conduction sound and human body vibration sound that is transmitted through a part of a human body when a user places the part of the human body in contact with the panel , and the housing includes a first housing portion and a second housing portion located inward of the first housing portion, characterized by a camera module , a battery and a dynamic speaker located between the second housing portion and the first housing portion , a first elastic body disposed between the battery and the first housing portion , a second elastic body disposed between the dynamic speaker and the first housing portion , a third elastic body disposed between the camera module and the second housing portion , and a fourth elastic body disposed between the camera module and the first housing portion . a piezoelectric element having a longitudinal direction; a panel configured to support the piezoelectric element ; a housing configured to conduct a vibration resulting from a vibration of the panel ; and a joining member configured to join the panel and the housing , wherein the panel is configured to be directly bent by the piezoelectric element in the longitudinal direction, thus generating air-conduction sound and human body vibration sound that is transmitted through a part of a human body when a user places the part of the human body in contact with the panel , and the housing includes a first housing portion and a second housing portion located inward of the first housing portion, characterized by a camera module , a battery and a dynamic speaker located between the second housing portion and the first housing portion , a first elastic body disposed between the battery and the first housing portion , a second elastic body disposed between the dynamic speaker and the first housing portion , a third elastic body disposed between the camera module and the second housing portion , and a fourth elastic body disposed between the camera module and the first housing portion .
An Amycolatopsis sp. strain filed with the CNCM under the number I-4922, I-4923 or I-4924 on 11 December 2014.