mhurhangee/ep-ind-claims huggingface dataset:
A column and beam unit for hut construction comprising: - a pair of ascending beam members formed by connecting each end part of two rod-like members to each other and arranging said two rod-like members to have a predetermined opening angle to form a ridge part and a roof gradient; - a column member erected and held by being connected in its upper end part in the vicinity of an end part on the eaves girder side of one of the ascending beam members; and - a pair of ridge-side beam support members, one of them connecting a position on one of said ascending beam members closer to the ridge part than the eaves girder side and an almost central part of the other ascending beam member wherein an eaves-side beam support member connected in a state of being bridged between the ascending beam member and the column member is provided, characterised in that one of the end parts of the ridge-side beam support member and one of the end parts of the eaves-side beam support member are attached to to the lower surface side of the ascending beam member and connected to each other. - a pair of ascending beam members formed by connecting each end part of two rod-like members to each other and arranging said two rod-like members to have a predetermined opening angle to form a ridge part and a roof gradient; - a column member erected and held by being connected in its upper end part in the vicinity of an end part on the eaves girder side of one of the ascending beam members; and - a pair of ridge-side beam support members, one of them connecting a position on one of said ascending beam members closer to the ridge part than the eaves girder side and an almost central part of the other ascending beam member wherein an eaves-side beam support member connected in a state of being bridged between the ascending beam member and the column member is provided,
An air inlet which has a casing having a first casing aperture, a second casing aperture, and a third casing aperture, as well as a first air guiding device and a second air guiding device immovably arranged in the casing in the fixed state, wherein - the first air guiding device is configured to guide air entering the air inlet at the first casing aperture to the second air guiding device; - the second air guiding device has an angled front face that abuts on an angled front face of the first air guiding device, wherein the angled front face of the second air guiding device is formed in an angle of 45° to the longitudinal axis of the second air guiding device; and - the second air guiding device can be arranged in the casing in a first position or a second position, wherein in the first position it is configured to guide air entering the second air guiding device from the first air guiding device through the second casing aperture; and wherein in the second position it is configured to guide air entering the second air guiding device from the first air guiding device through the third casing aperture. - the first air guiding device is configured to guide air entering the air inlet at the first casing aperture to the second air guiding device; - the second air guiding device has an angled front face that abuts on an angled front face of the first air guiding device, wherein the angled front face of the second air guiding device is formed in an angle of 45° to the longitudinal axis of the second air guiding device; and - the second air guiding device can be arranged in the casing in a first position or a second position, wherein in the first position it is configured to guide air entering the second air guiding device from the first air guiding device through the second casing aperture; and wherein in the second position it is configured to guide air entering the second air guiding device from the first air guiding device through the third casing aperture.
A radio base station, comprising: a controller configured to generate a message comprising identification information of the radio base station and information on an environment around the radio base station; and a transmitter configured to transmit the generated message to an upper communication node; wherein the information on an environment around the radio base station includes identification information of a Home evolved Node B Gateway HeNB-GW that is most recently connected to the radio base station. a controller configured to generate a message comprising identification information of the radio base station and information on an environment around the radio base station; and a transmitter configured to transmit the generated message to an upper communication node; wherein the information on an environment around the radio base station includes identification information of a Home evolved Node B Gateway HeNB-GW that is most recently connected to the radio base station.
A method for registering a user's request to provide contactless access to an elevator button panel, the method comprising: sensing, by a sensor associated with the elevator button panel, a motion of an object pointing towards the elevator button panel by a user; determining a distance of the object from the elevator button panel; comparing the distance of the object with a distance threshold to determine whether the object is within the distance threshold indicating an intention of the user for activating the button on the elevator button panel; in response to the determination that the distance is within the distance threshold, determining a magnitude and a direction of a velocity of the object while being in the motion; registering the user's request for activating the button when: the magnitude of the velocity of the object is greater than the magnitude of a threshold velocity, and the direction is a positive direction indicating the motion of the object towards the button that the user intended to activate. sensing, by a sensor associated with the elevator button panel, a motion of an object pointing towards the elevator button panel by a user; determining a distance of the object from the elevator button panel; comparing the distance of the object with a distance threshold to determine whether the object is within the distance threshold indicating an intention of the user for activating the button on the elevator button panel; in response to the determination that the distance is within the distance threshold, determining a magnitude and a direction of a velocity of the object while being in the motion; registering the user's request for activating the button when: the magnitude of the velocity of the object is greater than the magnitude of a threshold velocity, and the direction is a positive direction indicating the motion of the object towards the button that the user intended to activate. the magnitude of the velocity of the object is greater than the magnitude of a threshold velocity, and the direction is a positive direction indicating the motion of the object towards the button that the user intended to activate.
Optical position-measuring device having a material measure (10; 110; 210) and a scanning unit (20; 120; 220; 320) movable relative thereto along at least one measuring direction, a scanning beam path which serves to generate signals as a function of displacement being formed between the material measure (10; 110; 210) and scanning unit (20; 120; 220; 320), characterized - in that a protective cap (30; 130; 230; 330) is arranged movably along an axis perpendicular to the plane of the material measure in such a way that in at least one operating mode the protective cap (30; 130; 230; 330) largely surrounds the scanning beam path between the scanning unit (20; 120; 220; 320) and material measure (10; 110; 210), and - in that the protective cap (30; 130; 230; 330) comprises resetting means which in the event of failure of the energy supply automatically set a maximum possible distance between the protective cap (30; 130; 230; 330) and the material measure (10; 110; 210). - in that a protective cap (30; 130; 230; 330) is arranged movably along an axis perpendicular to the plane of the material measure in such a way that in at least one operating mode the protective cap (30; 130; 230; 330) largely surrounds the scanning beam path between the scanning unit (20; 120; 220; 320) and material measure (10; 110; 210), and - in that the protective cap (30; 130; 230; 330) comprises resetting means which in the event of failure of the energy supply automatically set a maximum possible distance between the protective cap (30; 130; 230; 330) and the material measure (10; 110; 210).
A method of operating a communications controller, the method comprising: allocating a first set of subframes to a group of user equipments, UEs, for a direct mobile communication, DMC, link, wherein a specific number of consecutive subframes forms a radio frame periodically repeating in time; allocating a second set of subframes to a particular UE in the group of UEs; transmitting a first message comprising information about the first set of subframes to the group of UEs; and transmitting a second message comprising information about the second set of subframes to the particular UE, wherein the second set of subframes is a subset of the first set of subframes, wherein the information about the second set comprises subframes in which the particular UE may transmit to other UEs in the group of UEs, and wherein a third set of subframes is allocated for reception by the particular UE, wherein the third set of subframes is the difference between the first set of subframes and the second set of subframes; characterized in that each subframe of the first set of subframes is mapped to a HARQ process, wherein parameters related to an HARQ process of the DMC comprise a maximum number of retransmissions and wherein ACK/NACK feedback for the HARQ process is omitted. allocating a first set of subframes to a group of user equipments, UEs, for a direct mobile communication, DMC, link, wherein a specific number of consecutive subframes forms a radio frame periodically repeating in time; allocating a second set of subframes to a particular UE in the group of UEs; transmitting a first message comprising information about the first set of subframes to the group of UEs; and transmitting a second message comprising information about the second set of subframes to the particular UE, wherein the second set of subframes is a subset of the first set of subframes, wherein the information about the second set comprises subframes in which the particular UE may transmit to other UEs in the group of UEs, and wherein a third set of subframes is allocated for reception by the particular UE, wherein the third set of subframes is the difference between the first set of subframes and the second set of subframes; characterized in that wherein the second set of subframes is a subset of the first set of subframes, wherein the information about the second set comprises subframes in which the particular UE may transmit to other UEs in the group of UEs, and wherein a third set of subframes is allocated for reception by the particular UE, wherein the third set of subframes is the difference between the first set of subframes and the second set of subframes; each subframe of the first set of subframes is mapped to a HARQ process, wherein parameters related to an HARQ process of the DMC comprise a maximum number of retransmissions and wherein ACK/NACK feedback for the HARQ process is omitted.
A method of preparing a fatty acid ethyl ester, comprising: (a) preparing a vegetable lipid; (b) performing transesterification by mixing the vegetable lipid, a first fatty acid ethyl ester, and lipase in a reactor to prepare a second fatty acid ethyl ester; (c) removing the triglycerides and diglycerides present in the reactor; and (d) separating the second fatty acid ethyl ester from the other various fatty acid ethyl ester via rectification from the reactor, wherein the method excludes adding an organic solvent. (a) preparing a vegetable lipid; (b) performing transesterification by mixing the vegetable lipid, a first fatty acid ethyl ester, and lipase in a reactor to prepare a second fatty acid ethyl ester; (c) removing the triglycerides and diglycerides present in the reactor; and (d) separating the second fatty acid ethyl ester from the other various fatty acid ethyl ester via rectification from the reactor,
Method to validate or verify a field device that determines or monitors a physical, chemical or biological process variable of a process medium in the field of automation technology, wherein the field device comprises multiple hardware and software modules, wherein the field device is furnished with a first cryptographic signature on the manufacturer side, wherein the first cryptographic signature unequivocally identifies the device manufacturer and/or the original delivery state of the field device, as defined by genuine hardware and software/firmware, as well as genuine configuration settings, wherein on the customer side both the origin and integrity of the field device is validated/verified via the first cryptographic signature, wherein the field device is furnished with a second cryptographic signature on the customer side following an adaptation of the field device to a defined application, wherein the second cryptographic signature unequivocally identifies the adaptations of the field device made on the customer side as an application-specific target condition of the field device and wherein at least one validation or verification of the field device is performed on the customer side in the defined application via the second cryptographic signature during the period in which the field device is being installed. wherein the field device is furnished with a first cryptographic signature on the manufacturer side, wherein the first cryptographic signature unequivocally identifies the device manufacturer and/or the original delivery state of the field device, as defined by genuine hardware and software/firmware, as well as genuine configuration settings, wherein on the customer side both the origin and integrity of the field device is validated/verified via the first cryptographic signature, wherein the field device is furnished with a second cryptographic signature on the customer side following an adaptation of the field device to a defined application, wherein the second cryptographic signature unequivocally identifies the adaptations of the field device made on the customer side as an application-specific target condition of the field device and wherein at least one validation or verification of the field device is performed on the customer side in the defined application via the second cryptographic signature during the period in which the field device is being installed.
A method for recovering carbon fibers from composite material waste, the method comprising: coating a solid acid powder onto a surface of a composite material waste having carbon fibers and a resin matrix; pyrolyzing the resin matrix of the coated composite material waste in an inert environment; and oxidizing the pyrolyzed resin of the composite material waste in an air environment; wherein the step of pyrolyzing includes heating the coated composite material waste to a temperature of 500-700 °C for 10 to 30 minutes in the inert environment; and the step of oxidizing includes keeping a temperature at 350-450 °C for 10 to 60 minutes. coating a solid acid powder onto a surface of a composite material waste having carbon fibers and a resin matrix; pyrolyzing the resin matrix of the coated composite material waste in an inert environment; and oxidizing the pyrolyzed resin of the composite material waste in an air environment; wherein the step of pyrolyzing includes heating the coated composite material waste to a temperature of 500-700 °C for 10 to 30 minutes in the inert environment; and the step of oxidizing includes keeping a temperature at 350-450 °C for 10 to 60 minutes.
An openable roof or openable wall, comprising at least one section extending along a longitudinal axis, each section comprising a plurality of panels (2, 2a) overlapping in pairs along said longitudinal axis, each of which comprises two opposite, mutually parallel longitudinal edge portions, which extend parallel to said longitudinal axis, and a first and a second transverse edge portion (38, 42), which extend transversely of said longitudinal axis, two suspension profiles extending in parallel along said longitudinal axis and comprising guide rails for supporting said panels (2, 2a), the longitudinal edge portions being movably received in the guide rails to enable opening and closing of the section by relative displacement of the panels along the longitudinal axis of the guide rails, the first transverse edge portion of a superjacent panel of a pair of panels overlapping, in the closed state of the section, the second transverse edge portion of a subjacent panel of said pair, and each panel (2, 2a), on the second transverse edge portion, comprising a first sealing strip, which in its longitudinal direction comprises three sections (22, 23, 24), a first and a second section of which each encloses, in a direction transversely of said longitudinal axis, a longitudinal edge portion of the panel and a third section of which extends between the first and the second section on the upper side of the panel, characterised in that each panel (2, 2a), on said second transverse edge portion, further comprises a second sealing strip, which in its longitudinal direction comprises three sections (22, 23, 24), a first and a second section of which each at least partly encloses, at least in a direction transversely of said longitudinal axis, a longitudinal edge portion on the upper side of the panel and a third section of which extends between the first and the second section on the upper side of the panel, the first sealing strip being arranged closest to an outer edge of the second transverse edge portion, and the first and the second sealing strip defining between them a gap, which gap cooperates with a bottom surface of the inner longitudinal surfaces of the guide rails to form a drainage channel along said bottom surface in the longitudinal direction of the respective guide rail and away from said first sealing strip.
An antiperspirant aerosol product comprising: A) an antiperspirant aerosol composition comprising a volatile propellant and an AP active comprising a basic aluminium chloride compound of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1, calcium chloride and glycine, and B) an aerosol dispenser comprising a container body comprising a chamber for holding the aerosol composition and an aerosol valve through which the composition may be released through a valve stem of the aerosol valve, the aerosol valve comprising a housing holding the valve stem and a spring, said aerosol valve being held into the container body by a valve cup internally lacquered with a protective coating, wherein the AP active has a molar ratio of calcium to aluminium of greater than 1:20 and a molar ratio of glycine to aluminium of greater than 1:5. A) an antiperspirant aerosol composition comprising a volatile propellant and an AP active comprising a basic aluminium chloride compound of formula Al 2 OH 4.4 Cl 1.6 to Al 2 OH 4.9 Cl 1.1, calcium chloride and glycine, and B) an aerosol dispenser comprising a container body comprising a chamber for holding the aerosol composition and an aerosol valve through which the composition may be released through a valve stem of the aerosol valve, the aerosol valve comprising a housing holding the valve stem and a spring, said aerosol valve being held into the container body by a valve cup internally lacquered with a protective coating,
An apparatus for a network controller, NC, (130, 220) the apparatus comprising: memory; and processing circuitry configured to: receive an attach request from a first user equipment, UE, the attach request comprising a first UE identifier and an indication of an internet protocol, IP, service requested by the UE, the indication comprising the requested IP service with a packet data network, PDN, identified by an access point name, APN; allocate, based on the attach request, a group of IP addresses for the IP service, the group of IP addresses associated with a service identifier; configure a routing policy for the group of IP addresses; send the routing policy to a radio access network, RAN, node and a data gateway (216, 218), the routing policy indicating a route for data packets, from UEs using the requested IP service, received at the RAN node to the data gateway; and store, in the memory, a mapping between the service identifier and the group of IP addresses. memory; and processing circuitry configured to: receive an attach request from a first user equipment, UE, the attach request comprising a first UE identifier and an indication of an internet protocol, IP, service requested by the UE, the indication comprising the requested IP service with a packet data network, PDN, identified by an access point name, APN; allocate, based on the attach request, a group of IP addresses for the IP service, the group of IP addresses associated with a service identifier; configure a routing policy for the group of IP addresses; send the routing policy to a radio access network, RAN, node and a data gateway (216, 218), the routing policy indicating a route for data packets, from UEs using the requested IP service, received at the RAN node to the data gateway; and store, in the memory, a mapping between the service identifier and the group of IP addresses. receive an attach request from a first user equipment, UE, the attach request comprising a first UE identifier and an indication of an internet protocol, IP, service requested by the UE, the indication comprising the requested IP service with a packet data network, PDN, identified by an access point name, APN; allocate, based on the attach request, a group of IP addresses for the IP service, the group of IP addresses associated with a service identifier; configure a routing policy for the group of IP addresses; send the routing policy to a radio access network, RAN, node and a data gateway (216, 218), the routing policy indicating a route for data packets, from UEs using the requested IP service, received at the RAN node to the data gateway; and store, in the memory, a mapping between the service identifier and the group of IP addresses.
A method comprising: receiving a call at a call center system from a client device (190A-C) of a caller; automatically connecting, by caller connection logic, the client device (190A-C) of the caller to a conference line; automatically connecting, by the agent connection logic, a call agent to the conference line; determining, by disconnection analysis logic, that a party to the conference line was disconnected from the conference line, the party to the conference line being one of the client device (190A-C) of the caller and the call agent; and characterized by automatically initiating, by reconnection logic, a reconnecting of the party to the conference line, wherein the conference line is a smart line that has a session that persists despite one party being disconnected. receiving a call at a call center system from a client device (190A-C) of a caller; automatically connecting, by caller connection logic, the client device (190A-C) of the caller to a conference line; automatically connecting, by the agent connection logic, a call agent to the conference line; determining, by disconnection analysis logic, that a party to the conference line was disconnected from the conference line, the party to the conference line being one of the client device (190A-C) of the caller and the call agent; and characterized by automatically initiating, by reconnection logic, a reconnecting of the party to the conference line, wherein the conference line is a smart line that has a session that persists despite one party being disconnected.