mhurhangee/patent-ind-claim-en huggingface dataset:
A tire comprising: a tread portion comprising axially outer shoulder blocks and axially inner crown blocks , wherein each of the shoulder blocks has a ground contacting surface comprising an axially outer portion extending axially inwardly from one of tread edges (Te), and a steeply oblique portion extending axially inwardly from the axially outer portion and having a larger inclination angle with respect to the tire axial direction than the axially outer portion , and each of the crown blocks has a ground contacting surface comprising a first oblique portion inclined to an opposite direction to the steeply oblique portion of the shoulder blocks and a second oblique portion extending from the first oblique portion and obliquely in an opposite direction to the first oblique portion , characterized in that in a development view of the tread portion , a longitudinal direction of the steeply oblique portion , said direction being indicated by the block center line of said steeply oblique portion , and a longitudinal direction of the first oblique portion , said direction being indicated by the block center line of said first oblique portion , intersect each other at an angle (θ1) in a range of from 70 to 110 degrees, and maximum lengths (Ls) of the shoulder blocks in the tire axial direction are in a range of from 25% to 35% of a tread width (TW). a tread portion comprising axially outer shoulder blocks and axially inner crown blocks , wherein each of the shoulder blocks has a ground contacting surface comprising an axially outer portion extending axially inwardly from one of tread edges (Te), and a steeply oblique portion extending axially inwardly from the axially outer portion and having a larger inclination angle with respect to the tire axial direction than the axially outer portion , and each of the crown blocks has a ground contacting surface comprising a first oblique portion inclined to an opposite direction to the steeply oblique portion of the shoulder blocks and a second oblique portion extending from the first oblique portion and obliquely in an opposite direction to the first oblique portion , characterized in that in a development view of the tread portion , a longitudinal direction of the steeply oblique portion , said direction being indicated by the block center line of said steeply oblique portion , and a longitudinal direction of the first oblique portion , said direction being indicated by the block center line of said first oblique portion , intersect each other at an angle (θ1) in a range of from 70 to 110 degrees, and maximum lengths (Ls) of the shoulder blocks in the tire axial direction are in a range of from 25% to 35% of a tread width (TW).
A balloon catheter, comprising: a first shaft in which an expansion lumen to which a fluid necessary to expand a balloon is supplied is formed; a second shaft extended from a front end of the first shaft and having a guide wire lumen through which a guide wire passes formed in the second shaft ; and the balloon attached to the first shaft or the second shaft and being expandable, characterized in that the balloon further comprises: a first expansion unit ; and a second expansion unit having a smaller diameter than the first expansion unit, wherein a rear end of an upper part of the second expansion unit is attached to the second shaft , and in this state, a wire discharge hole that penetrates the second expansion unit and the second shaft is formed. a first shaft in which an expansion lumen to which a fluid necessary to expand a balloon is supplied is formed; a second shaft extended from a front end of the first shaft and having a guide wire lumen through which a guide wire passes formed in the second shaft ; and the balloon attached to the first shaft or the second shaft and being expandable, characterized in that the balloon further comprises: a first expansion unit ; and a second expansion unit having a smaller diameter than the first expansion unit, a first expansion unit ; and a second expansion unit having a smaller diameter than the first expansion unit, wherein a rear end of an upper part of the second expansion unit is attached to the second shaft , and in this state, a wire discharge hole that penetrates the second expansion unit and the second shaft is formed.
A curable composition comprising: a monomer composition comprising at least one cationically curable monomer, the at least one cationically curable monomer comprising at least one of 3-allyloxyoxetane and 3-(2-ethylhexyloxy)oxetane, the at least one of 3-allyloxyoxetane and 3-(2-ethylhexyloxy)oxetane being present in a total content of 5 weight percent or more of the total weight of the monomer composition; and a photoacid generator. a monomer composition comprising at least one cationically curable monomer, the at least one cationically curable monomer comprising at least one of 3-allyloxyoxetane and 3-(2-ethylhexyloxy)oxetane, the at least one of 3-allyloxyoxetane and 3-(2-ethylhexyloxy)oxetane being present in a total content of 5 weight percent or more of the total weight of the monomer composition; and a photoacid generator.
A network interface device adapted to operate within a computing system and configured to couple the computing system to a network , the network interface device comprising: a security database configured to store patterns corresponding to predetermined malware; a host bus configured to receive data to be transmitted through the network from a central processing unit of the computing system ; a security services engine configured to compare the data to be transmitted through the network , to the patterns stored in the security database, wherein the security database is configured to be inaccessible to the central processing unit of the computing system; and a host interface configured to prohibit instructions, addresses, and/or data received over the host bus from being written to the security database, such that the security database is inaccessible to the central processing unit of the computing system. a security database configured to store patterns corresponding to predetermined malware; a host bus configured to receive data to be transmitted through the network from a central processing unit of the computing system ; a security services engine configured to compare the data to be transmitted through the network , to the patterns stored in the security database, wherein the security database is configured to be inaccessible to the central processing unit of the computing system; and a host interface configured to prohibit instructions, addresses, and/or data received over the host bus from being written to the security database, such that the security database is inaccessible to the central processing unit of the computing system.
A helicopter comprising: a transmission ; a main tank in which lubricating oil is stored; an auxiliary tank in which lubricating oil is stored; a common line arranged lower than the auxiliary tank and supplied with the lubricating oil from the main tank or the auxiliary tank ; a main line through which the lubricating oil in the main tank is introduced to the common line ; an auxiliary line through which the lubricating oil in the auxiliary tank is introduced to the common line ; a common nozzle provided downstream of the common line and configured to discharge the lubricating oil, supplied from the common line , to the transmission ; a pump configured to supply the lubricating oil by pressure from the main tank to the common line ; and a relay valve arranged lower than the auxiliary tank and higher than the common nozzle and provided upstream of the common line , the relay valve being configured to block the auxiliary line when the pump is operating, characterized in that the relay valve is configured to open the auxiliary line by own weight of lubricating oil in the auxiliary tank to make the common line communicate with the auxiliary tank , when the pump is in stop state. a transmission ; a main tank in which lubricating oil is stored; an auxiliary tank in which lubricating oil is stored; a common line arranged lower than the auxiliary tank and supplied with the lubricating oil from the main tank or the auxiliary tank ; a main line through which the lubricating oil in the main tank is introduced to the common line ; an auxiliary line through which the lubricating oil in the auxiliary tank is introduced to the common line ; a common nozzle provided downstream of the common line and configured to discharge the lubricating oil, supplied from the common line , to the transmission ; a pump configured to supply the lubricating oil by pressure from the main tank to the common line ; and a relay valve arranged lower than the auxiliary tank and higher than the common nozzle and provided upstream of the common line , the relay valve being configured to block the auxiliary line when the pump is operating, characterized in that the relay valve is configured to open the auxiliary line by own weight of lubricating oil in the auxiliary tank to make the common line communicate with the auxiliary tank , when the pump is in stop state.
A method for storing and/or transporting a plurality of first and second objects for one or more wind turbines, the method comprising - arranging a first object to be supported by a plurality of wheels , and - mounting to each of a first and second said objects at least one handling interface device , wherein the at least one handling interface device mounted onto the first said object presents a plurality of engagement elements , and - arranging a second object to be supported by a plurality of wheels , the method further comprising - rolling the first object into a first location , - the method further comprising engaging a raising arrangement to the engagement elements , - subsequently raising the first object to a second location above the first location, the step of raising the first object to the second location being carried out by means of the raising arrangement, and - subsequently rolling the second object into the first location, thereby inserting the second object under the first object , - wherein, after rolling the second object into the first location, the first object is lowered so as to be supported by one or more handling interface devices mounted to the second object , and the handling interface devices are used to fix the first and second objects to each other after the step of lowering the first object onto the second object . - arranging a first object to be supported by a plurality of wheels , and - mounting to each of a first and second said objects at least one handling interface device , wherein the at least one handling interface device mounted onto the first said object presents a plurality of engagement elements , and - arranging a second object to be supported by a plurality of wheels , the method further comprising - rolling the first object into a first location , - the method further comprising engaging a raising arrangement to the engagement elements , - subsequently raising the first object to a second location above the first location, the step of raising the first object to the second location being carried out by means of the raising arrangement, and - subsequently rolling the second object into the first location, thereby inserting the second object under the first object , - wherein, after rolling the second object into the first location, the first object is lowered so as to be supported by one or more handling interface devices mounted to the second object , and the handling interface devices are used to fix the first and second objects to each other after the step of lowering the first object onto the second object .
An element, comprising: a first electrode; an intermediate layer; and a second electrode, the first electrode, the intermediate layer, and the second electrode being laminated in this order, wherein the intermediate layer has flexibility, wherein a universal hardness, H1, at an indentation depth of 10 μm on a side of the first electrode of the intermediate layer is different from a universal hardness, H2, at an indentation depth of 10 μm on a side of the second electrode of the intermediate layer, and wherein an oxygen concentration profile in a thickness direction of the intermediate layer has a local maximum value. a first electrode; an intermediate layer; and a second electrode, the first electrode, the intermediate layer, and the second electrode being laminated in this order, wherein the intermediate layer has flexibility, wherein a universal hardness, H1, at an indentation depth of 10 μm on a side of the first electrode of the intermediate layer is different from a universal hardness, H2, at an indentation depth of 10 μm on a side of the second electrode of the intermediate layer, and wherein an oxygen concentration profile in a thickness direction of the intermediate layer has a local maximum value.
An indication control device of an elevator, comprising: an indication switching control section to which information on motions of the elevator is inputted and which switches images indicated on a monitor provided in each hall or car of the elevator by selecting a specific image from a plurality of images inputted from each of a plurality of image input devices according to motions of the elevator; and a screen adjusting section which makes a determination as to the necessity of a screen adjustment of the monitor for an image which is selected to be displayed on the monitor by the indication switching control section , said determination being done on the basis of conditions set beforehand for each of a plurality of images, wherein the screen adjusting section determines, as the determination as to the necessity of the screen adjustment, at least either the necessity of the screen adjustment related to an image-effective region of an image selected by the indication switching control section or the necessity of the screen adjustment which involves making an image selected by the indication switching control section suited to the size of an indication region of the monitor , and further comprising: an image expansion/contraction processing section which makes an adjustment which involves making an image for which an adjustment of the image-effective region has been made by the screen adjusting section as required each time the indication switching control section selects an image equal to the size of the indication region of the monitor . an indication switching control section to which information on motions of the elevator is inputted and which switches images indicated on a monitor provided in each hall or car of the elevator by selecting a specific image from a plurality of images inputted from each of a plurality of image input devices according to motions of the elevator; and a screen adjusting section which makes a determination as to the necessity of a screen adjustment of the monitor for an image which is selected to be displayed on the monitor by the indication switching control section , said determination being done on the basis of conditions set beforehand for each of a plurality of images, wherein the screen adjusting section determines, as the determination as to the necessity of the screen adjustment, at least either the necessity of the screen adjustment related to an image-effective region of an image selected by the indication switching control section or the necessity of the screen adjustment which involves making an image selected by the indication switching control section suited to the size of an indication region of the monitor , and further comprising: an image expansion/contraction processing section which makes an adjustment which involves making an image for which an adjustment of the image-effective region has been made by the screen adjusting section as required each time the indication switching control section selects an image equal to the size of the indication region of the monitor .
A method operable by an access point for wireless communication service, the method comprising: receiving configuration parameters from a core network entity for operation as a base station using at least one non-white space, non-WS, band; determining whether the received configuration parameters comprise an indication for the access point to use at least one white space, WS, band for the service; and wherein the configuration parameters further comprise an indication to use WS for a backhaul or an access connectivity; requesting authorization information from a WS database to operate in the WS, when the received parameters comprise the indication to use the at least one white space, WS, band for the service; selecting a WS channel based on at least one of the configuration parameters and the authorization information; and communicating with a slave WS device, WSD, in downlink, DL, using both the at least one non-WS band and the at least one WS band. receiving configuration parameters from a core network entity for operation as a base station using at least one non-white space, non-WS, band; determining whether the received configuration parameters comprise an indication for the access point to use at least one white space, WS, band for the service; and wherein the configuration parameters further comprise an indication to use WS for a backhaul or an access connectivity; requesting authorization information from a WS database to operate in the WS, when the received parameters comprise the indication to use the at least one white space, WS, band for the service; selecting a WS channel based on at least one of the configuration parameters and the authorization information; and communicating with a slave WS device, WSD, in downlink, DL, using both the at least one non-WS band and the at least one WS band.
A power module for electric power steering, comprising power circuit components, conductive members and a heat sink , wherein: the power circuit components comprise a plurality of power switching elements forming a bridge circuit and a motor relay switching element that controls ON and OFF states of motor currents to be supplied to a motor from the respective power switching elements and are mounted on the conductive members ; the power circuit components and the conductive members are integrally molded using mold resin and then disposed on the heat sink by abutment; characterised in that the conductive members on which the power switching elements are mounted on are separate from the conductive member which the motor relay switching element is mounted on; a first power switching element is joined to the motor relay switching element with a jumper electrode; and the conductive members of the power module are exposed from the mold resin on one of their surfaces. the power circuit components comprise a plurality of power switching elements forming a bridge circuit and a motor relay switching element that controls ON and OFF states of motor currents to be supplied to a motor from the respective power switching elements and are mounted on the conductive members ; the power circuit components and the conductive members are integrally molded using mold resin and then disposed on the heat sink by abutment; characterised in that the conductive members on which the power switching elements are mounted on are separate from the conductive member which the motor relay switching element is mounted on; a first power switching element is joined to the motor relay switching element with a jumper electrode; and the conductive members of the power module are exposed from the mold resin on one of their surfaces.
Process for the cooling of products, where liquid carbon dioxide introduced under pressure is depressurized at a carbon-dioxide-depressurization nozzle to give carbon dioxide gas and carbon dioxide snow, and the carbon dioxide snow is used for the cooling of a product, where, after production of the stream of carbon dioxide snow and carbon dioxide gas that emerges from the carbon-dioxide-depressurization nozzle , the said stream is mixed with a cold gas stream and is thus cooled, characterized in that the cold gas stream is conducted to the stream of carbon dioxide particles and carbon dioxide gas by way of a cold-gas nozzle distanced from the depressurization nozzle , and a substream of the cold gas stream used for the cooling of the stream of carbon dioxide snow and carbon dioxide gas is recirculated and used for the cooling of the stream of carbon dioxide snow and carbon dioxide gas that emerges from the depressurization nozzle .
A method for determining an automatic parking strategy, comprising: determining (S410), according to an automatic parking strategy, a target parking action corresponding to a current parking stage, wherein the current parking stage is one of a plurality of parking stages comprised in a parking process of a vehicle, the automatic parking strategy is determining, as the target parking action, the parking action with the highest value in the plurality of parking actions corresponding to the current parking stage; performing (S420) the target parking action; obtaining feedback information (S430), wherein the feedback information is used to indicate whether a result of performing the target parking action reaches a predetermined objective, and the predetermined objective is a predetermined position of the vehicle relative to a target parking spot, and/or the predetermined objective is a status of the vehicle in the parking process; and updating (S440) the automatic parking strategy based on the feedback information, where when the feedback information is θ t and θ t -1 , and | θ t | < |θ t-1 |, increasing the value of the target parking action based on θ t and θ t -1 , wherein θ t and θ t -1 are the included angles at the two adjacent moments, | θ t | ≠ 0, and the value of the target parking action is directly proportional to θ t − 1 θ t . determining (S410), according to an automatic parking strategy, a target parking action corresponding to a current parking stage, wherein the current parking stage is one of a plurality of parking stages comprised in a parking process of a vehicle, the automatic parking strategy is determining, as the target parking action, the parking action with the highest value in the plurality of parking actions corresponding to the current parking stage; performing (S420) the target parking action; obtaining feedback information (S430), wherein the feedback information is used to indicate whether a result of performing the target parking action reaches a predetermined objective, and the predetermined objective is a predetermined position of the vehicle relative to a target parking spot, and/or the predetermined objective is a status of the vehicle in the parking process; and updating (S440) the automatic parking strategy based on the feedback information, where when the feedback information is θ t and θ t -1 , and | θ t | < |θ t-1 |, increasing the value of the target parking action based on θ t and θ t -1 , wherein θ t and θ t -1 are the included angles at the two adjacent moments, | θ t | ≠ 0, and the value of the target parking action is directly proportional to θ t − 1 θ t .