mhurhangee/ep-ind-claims huggingface dataset:
A system comprising: a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. a flexible guide tube comprising a plurality of sections; and a control system for measuring and evaluating a shape of the flexible guide tube, wherein the control system is configured to: identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections. identify one or more problem sections of a first configuration of the flexible guide tube, the one or more problem sections corresponding to one or more sections of the plurality of sections of the flexible guide tube that a tool configured to be received by the flexible guide tube would have difficulty traversing while the flexible guide tube is in the first configuration; and inform a user to activate a tool insertion/removal mode, wherein the tool insertion/removal mode comprises identifying a second configuration of the flexible guide tube suitable for insertion of the tool, and wherein the second configuration does not include the one or more problem sections corresponding to the one or more sections of the plurality of sections.
A sheet manufacturing apparatus comprising an endless mesh belt, the apparatus being adapted to form an air-laid web by conveying feedstock containing fiber and resin using air as the conveyance medium, and depositing the feedstock on the endless mesh belt configured to convey the web, the apparatus further adapted to heat and compress the laid web of fiber and resin so as to bond multiple fibers through the resin and form a sheet with grammage of 80 g/m 2 or more, wherein the apparatus comprises a heating unit comprising a heat roller adapted to heat the web by adding a total amount of heat energy greater than or equal to 174 J and less than or equal to 2600 J per one A4 size sheet to the sheet to melt the resin passing through the heating unit and interlock the fibers to form the sheet, wherein the sheet manufacturing apparatus is further adapted to not add water to the fiber before heating and compressing the web. wherein the apparatus comprises a heating unit comprising a heat roller adapted to heat the web by adding a total amount of heat energy greater than or equal to 174 J and less than or equal to 2600 J per one A4 size sheet to the sheet to melt the resin passing through the heating unit and interlock the fibers to form the sheet, wherein the sheet manufacturing apparatus is further adapted to not add water to the fiber before heating and compressing the web.
An electronic apparatus, comprising: a memory including a plurality of regions configured to store copied information and/or cut information and that are associated with a plurality of categories of information; a display unit configured to display information; and a processor that is connected to the memory, wherein the processor executes a process including: detecting a copy operation or cut operation from a user which operates the electronic apparatus, wherein displayed information on the display device is selected as a copy target or a cut target; displaying, upon detection of the copy operation or cut operation, at least one category among the categories at at least one display position on the display unit which detects the copy operation or the cut operation with respect to the display information which is to be displayed on the display unit; and storing the copy target or the cut target which is subjected to the copy operation or the cut operation in the region of the memory associated with a category selected by the user out of the at least one category displayed on the display unit. a memory including a plurality of regions configured to store copied information and/or cut information and that are associated with a plurality of categories of information; a display unit configured to display information; and a processor that is connected to the memory, wherein the processor executes a process including: detecting a copy operation or cut operation from a user which operates the electronic apparatus, wherein displayed information on the display device is selected as a copy target or a cut target; displaying, upon detection of the copy operation or cut operation, at least one category among the categories at at least one display position on the display unit which detects the copy operation or the cut operation with respect to the display information which is to be displayed on the display unit; and storing the copy target or the cut target which is subjected to the copy operation or the cut operation in the region of the memory associated with a category selected by the user out of the at least one category displayed on the display unit. detecting a copy operation or cut operation from a user which operates the electronic apparatus, wherein displayed information on the display device is selected as a copy target or a cut target; displaying, upon detection of the copy operation or cut operation, at least one category among the categories at at least one display position on the display unit which detects the copy operation or the cut operation with respect to the display information which is to be displayed on the display unit; and storing the copy target or the cut target which is subjected to the copy operation or the cut operation in the region of the memory associated with a category selected by the user out of the at least one category displayed on the display unit.
A wear member for earth working equipment, the wear member defining a longitudinal axis along a centerline extending in the direction of advancement of the earth working equipment, the wear member comprising: a body defining a rearward opening cavity dimensioned to receive a base of the earth working equipment; and first and second lateral portions (18, 20) extending from opposing sides of the body and defining a front edge for engaging earth, the first lateral portion defining a first complementary formation and the second lateral portion defining a second complementary formation, the first and second complementary formations (18, 20) complementing each other so as to engage opposing complementary formations on adjacent identical wear members to (i) enable axial insertion and removal of the wear member mounted between the adjacent wear members on the earth working equipment due to an open removal path defined by the engaged complementary formations (18, 20) and (ii) resist rotational movement of the wear member about the longitudinal axis, characterized in that the wear member, further comprises a lip mount including a pair of rearward extending portions (24, 26) disposed on opposing lateral sides of the body and being dimensioned to engage on an upper and lower surfaces of a lip plate on an excavating bucket to provide further resistance to rotational movement of the wear member about the longitudinal axis. a body defining a rearward opening cavity dimensioned to receive a base of the earth working equipment; and first and second lateral portions (18, 20) extending from opposing sides of the body and defining a front edge for engaging earth, the first lateral portion defining a first complementary formation and the second lateral portion defining a second complementary formation, the first and second complementary formations (18, 20) complementing each other so as to engage opposing complementary formations on adjacent identical wear members to (i) enable axial insertion and removal of the wear member mounted between the adjacent wear members on the earth working equipment due to an open removal path defined by the engaged complementary formations (18, 20) and (ii) resist rotational movement of the wear member about the longitudinal axis, characterized in that the wear member, further comprises a lip mount including a pair of rearward extending portions (24, 26) disposed on opposing lateral sides of the body and being dimensioned to engage on an upper and lower surfaces of a lip plate on an excavating bucket to provide further resistance to rotational movement of the wear member about the longitudinal axis.
An imaging system comprising: a first imaging apparatus that captures an image of an imaging target that is located at a first point located on a moving route of the imaging target; a second imaging apparatus a focus position of which is set at a second point that is located at a forward side along a moving direction of the imaging target than the first point; and a control apparatus that controls the second imaging apparatus to capture an image of the imaging target that is located at the second point on the basis of the image captured by the first imaging apparatus, wherein the control apparatus (i) determines, on the basis of the image captured by the first imaging apparatus, a first position coordinate that is a position coordinate of the imaging target located at the first point in the image captured by the first imaging apparatus, (ii) estimates, on the basis of the first position coordinate, a second position coordinate that is a position coordinate of the imaging target in the image captured by the second imaging apparatus under the assumption that the second imaging apparatus has captured the image of the imaging target that has moved from the first point to the second point, and (iii) controls, on the basis of the second position coordinate, the second imaging apparatus to capture the image of the imaging target that is located at the second point. a first imaging apparatus that captures an image of an imaging target that is located at a first point located on a moving route of the imaging target; a second imaging apparatus a focus position of which is set at a second point that is located at a forward side along a moving direction of the imaging target than the first point; and a control apparatus that controls the second imaging apparatus to capture an image of the imaging target that is located at the second point on the basis of the image captured by the first imaging apparatus, wherein the control apparatus (i) determines, on the basis of the image captured by the first imaging apparatus, a first position coordinate that is a position coordinate of the imaging target located at the first point in the image captured by the first imaging apparatus, (ii) estimates, on the basis of the first position coordinate, a second position coordinate that is a position coordinate of the imaging target in the image captured by the second imaging apparatus under the assumption that the second imaging apparatus has captured the image of the imaging target that has moved from the first point to the second point, and (iii) controls, on the basis of the second position coordinate, the second imaging apparatus to capture the image of the imaging target that is located at the second point.
An immunity-inducing agent for use in a method of medical or veterinary treatment, the immunity-inducing agent comprising as an effective ingredient(s) at least one polypeptide having immunity-inducing activity selected from the polypeptides (a) and (b) below: (a) a polypeptide having an amino acid sequence of any one of the amino acid sequences of SEQ ID NOs:4, 2, 22 and 24; (b) a polypeptide having a sequence identity of not less than 85% to polypeptide (a). (a) a polypeptide having an amino acid sequence of any one of the amino acid sequences of SEQ ID NOs:4, 2, 22 and 24; (b) a polypeptide having a sequence identity of not less than 85% to polypeptide (a).
A method for improving transmission of a downlink shared transport channel in a wireless communications system, the method comprising: mapping a broadcast control channel to a downlink shared transport channel by a media access control, named MAC hereinafter, protocol entity for transmission of a system information broadcast message through the downlink shared transport channel; and characterized by forming a MAC protocol data unit, named PDU hereinafter, according to the system information broadcast message, wherein the MAC PDU comprises no header fields, wherein a specific radio network temporary identifier is utilized for the transmission of the system information broadcast message through the downlink shared transport channel. mapping a broadcast control channel to a downlink shared transport channel by a media access control, named MAC hereinafter, protocol entity for transmission of a system information broadcast message through the downlink shared transport channel; and characterized by forming a MAC protocol data unit, named PDU hereinafter, according to the system information broadcast message, wherein the MAC PDU comprises no header fields, wherein a specific radio network temporary identifier is utilized for the transmission of the system information broadcast message through the downlink shared transport channel.
A multi-turn rotary encoder comprising a rotatable input shaft and a multistage encoder arrangement for generating a number-of-revolutions signal, wherein a first stage of the encoder arrangement comprises an angular code carrier which can be driven by the rotatable input shaft via a first gear unit, wherein a sensor of the first stage is configured to detect an angular position of the angular code carrier, characterized in that a second stage of the encoder arrangement comprises a second gear unit which is connected downstream of the first gear unit and which has two vernier gears (51, 52) which engage into one another, whose numbers of teeth differ by a difference amount and which are provided with respective vernier code carriers (41, 42), with a sensor of the second stage being configured to detect a relative angular offset of the vernier code carriers (41, 42), and wherein an electronic evaluation device of the encoder arrangement is configured to determine a number of revolutions of the input shaft while considering the detected angular position of the angular code carrier and the detected relative angular offset of the vernier code carriers (41, 42). wherein a first stage of the encoder arrangement comprises an angular code carrier which can be driven by the rotatable input shaft via a first gear unit, wherein a sensor of the first stage is configured to detect an angular position of the angular code carrier, characterized in that a second stage of the encoder arrangement comprises a second gear unit which is connected downstream of the first gear unit and which has two vernier gears (51, 52) which engage into one another, whose numbers of teeth differ by a difference amount and which are provided with respective vernier code carriers (41, 42), with a sensor of the second stage being configured to detect a relative angular offset of the vernier code carriers (41, 42), and wherein an electronic evaluation device of the encoder arrangement is configured to determine a number of revolutions of the input shaft while considering the detected angular position of the angular code carrier and the detected relative angular offset of the vernier code carriers (41, 42).
A mattress system (100, 200, 300, 500, 600, 800) comprising: a mattress cover (209, 580, 940); a first layer (202, 302, 502, 902) having a top surface and an opposite bottom surface, the top surface covered by the mattress cover (209, 580, 940), the first layer (202, 302, 502, 902) configured to permit a first airflow rate, for example, wherein the first layer (202, 302, 502, 902) is configured as a foam layer; a heating unit (824, 826) arranged above the top surface of the first layer (202, 302, 502, 902) and under the mattress cover (209, 580, 940), the heating unit (824, 826) being electrically controlled to increase temperature; an airflow insert pad (122, 232, 332, 402, 1250, 1606) arranged under the bottom surface of the first layer (202, 302, 502, 902), and configured to permit a second airflow rate being higher than the first airflow rate; and an air controller (338, 700, 1252, 1602) configured to move air through the airflow insert pad (122, 232, 332, 402, 1250, 1606) and through the first layer (202, 302, 502, 902) to decrease a temperature at the top surface of the first layer (202, 302, 502, 902), wherein the heating unit (824, 826) includes a foot warming envelop (828, 830) positioned at a foot of the mattress system (100, 200, 300, 500, 600, 800), and the airflow insert pad (122, 232, 332, 402, 1250, 1606) is positioned closer to a head of the mattress system (100, 200, 300, 500, 600, 800) than the foot warming envelop (828, 830). a mattress cover (209, 580, 940); a first layer (202, 302, 502, 902) having a top surface and an opposite bottom surface, the top surface covered by the mattress cover (209, 580, 940), the first layer (202, 302, 502, 902) configured to permit a first airflow rate, for example, wherein the first layer (202, 302, 502, 902) is configured as a foam layer; a heating unit (824, 826) arranged above the top surface of the first layer (202, 302, 502, 902) and under the mattress cover (209, 580, 940), the heating unit (824, 826) being electrically controlled to increase temperature; an airflow insert pad (122, 232, 332, 402, 1250, 1606) arranged under the bottom surface of the first layer (202, 302, 502, 902), and configured to permit a second airflow rate being higher than the first airflow rate; and an air controller (338, 700, 1252, 1602) configured to move air through the airflow insert pad (122, 232, 332, 402, 1250, 1606) and through the first layer (202, 302, 502, 902) to decrease a temperature at the top surface of the first layer (202, 302, 502, 902), wherein the heating unit (824, 826) includes a foot warming envelop (828, 830) positioned at a foot of the mattress system (100, 200, 300, 500, 600, 800), and the airflow insert pad (122, 232, 332, 402, 1250, 1606) is positioned closer to a head of the mattress system (100, 200, 300, 500, 600, 800) than the foot warming envelop (828, 830).
A washing machine drainage structure for a washing machine of the type in which there is not water between an inner tub and an outer tub in washing and rinsing processes, whereby said inner tub of said washing machine drainage structure has no holes in a lower part of its side wall and has a drainage outlet arranged at its bottom wall, characterized by a ball valve and a driving device for driving the ball valve, wherein a water inlet end of the ball valve communicates with the drainage outlet arranged at the bottom wall of the inner tub, wherein the ball valve is driven by said driving device to be closed in the washing and rinsing processes and opened in a draining process, wherein the ball valve comprises a first valve rod and a second valve rod, and wherein said driving device is configured to drive the first valve rod to rotate for 90 degrees to open the ball valve and configured to drive the second valve rod to reversely rotate for 90 degrees to close the ball valve.
A method by a remote terminal for supporting a service in a wireless communication system, the method comprising: transmitting, to a relay terminal, a temporary mobile group identity, TMGI, monitoring request message comprising a TMGI and proximity based service, ProSe, per-packet priority associated with the TMGI; receiving, from the relay terminal, a TMGI monitoring response message comprising a ProSe layer2 group identifier for identifying a group for receiving a multimedia broadcast multicast service, MBMS, traffic corresponding to the TMGI; and receiving, from the relay terminal, the MBMS traffic associated with the ProSe layer2 group identifier, wherein the MBMS traffic is transmitted by the relay terminal based on the ProSe per-packet priority wherein the TMGI monitoring request message further comprises MBMS service area identities, SAIs. transmitting, to a relay terminal, a temporary mobile group identity, TMGI, monitoring request message comprising a TMGI and proximity based service, ProSe, per-packet priority associated with the TMGI; receiving, from the relay terminal, a TMGI monitoring response message comprising a ProSe layer2 group identifier for identifying a group for receiving a multimedia broadcast multicast service, MBMS, traffic corresponding to the TMGI; and receiving, from the relay terminal, the MBMS traffic associated with the ProSe layer2 group identifier, wherein the MBMS traffic is transmitted by the relay terminal based on the ProSe per-packet priority wherein the TMGI monitoring request message further comprises MBMS service area identities, SAIs.
Cooking support device, in particular a Teppan-Yaki cooking support device, comprising a cooking plate and a holding device holding the cooking plate, a bottom (14, 21) made of metal, comprising a first region with ferromagnetic metal, the first region being part of the cooking plate, and a second region without ferromagnetic metal, the second region being part of the holding device, characterised in that the holding device comprises a sheet metal part arranged and adapted to guide the cooking plate horizontally and/or the cooking plate is up against a vertical portion of the sheet metal part, wherein the holding device comprises a gripping device (11, 12) made of wood and the sheet metal part is insulated from the gripping device (11, 12) by means of an insulating element made of plastic.