mhurhangee/ep-ind-claims huggingface dataset:
A method of encryption, the method comprising: determining, by a server according to resources available to the server, a first set of one or more levels of data encryption that the server is capable of handling on data to be communicated with a client for a first time instance, wherein a level of data encryption comprises a type of encryption and a strength of the type of data encryption; receiving, by the server from the client, a second set of one or more levels of data encryption that the client is capable of handling on the data according to resources available to the client for the first time instance; selecting, by the server, a first level of data encryption for the first time instance that is in both the determined first set of one or more levels of data encryption and the received second set of one or more levels of data encryption, with which the server and the client agree to proceed; and identifying, by the server in communication with the client following an interval, an updated level of data encryption for a second time instance, according to both another first set of one or more levels of data encryption for the second time instance and another second set of one or more levels of data encryption for the second time instance, with which the server and the client agree to proceed. determining, by a server according to resources available to the server, a first set of one or more levels of data encryption that the server is capable of handling on data to be communicated with a client for a first time instance, wherein a level of data encryption comprises a type of encryption and a strength of the type of data encryption; receiving, by the server from the client, a second set of one or more levels of data encryption that the client is capable of handling on the data according to resources available to the client for the first time instance; selecting, by the server, a first level of data encryption for the first time instance that is in both the determined first set of one or more levels of data encryption and the received second set of one or more levels of data encryption, with which the server and the client agree to proceed; and identifying, by the server in communication with the client following an interval, an updated level of data encryption for a second time instance, according to both another first set of one or more levels of data encryption for the second time instance and another second set of one or more levels of data encryption for the second time instance, with which the server and the client agree to proceed.
A communications method performed by a terminal or a chip, the method comprising the steps of: • receiving (S 202) beam configuration information from a network device, wherein the beam configuration information indicates to the terminal or the chip to transmit or receive a signal by using a first beam; and • transmitting, to the network device, the signal by using the first beam after a first preset duration starting from a first time point expires, or, receiving, from the network device, the signal by using the first beam after the first preset duration starting from the first time point expires, ∘ wherein the first time point is slot (y), which is an uplink slot in which an acknowledgement, ACK, message for the beam configuration information is transmitted by the terminal or the chip to the network device, ∘ wherein the first preset duration is 3 N slot subframe, μ, N slot subframe, μ is a quan-tity of slots in one subframe, N slot subframe, μ is related to μ, and μ indicates a subcarrier spacing, SCS, configuration that is used for transmitting the ACK message. • receiving (S 202) beam configuration information from a network device, wherein the beam configuration information indicates to the terminal or the chip to transmit or receive a signal by using a first beam; and • transmitting, to the network device, the signal by using the first beam after a first preset duration starting from a first time point expires, or, receiving, from the network device, the signal by using the first beam after the first preset duration starting from the first time point expires, ∘ wherein the first time point is slot (y), which is an uplink slot in which an acknowledgement, ACK, message for the beam configuration information is transmitted by the terminal or the chip to the network device, ∘ wherein the first preset duration is 3 N slot subframe, μ, N slot subframe, μ is a quan-tity of slots in one subframe, N slot subframe, μ is related to μ, and μ indicates a subcarrier spacing, SCS, configuration that is used for transmitting the ACK message. ∘ wherein the first time point is slot (y), which is an uplink slot in which an acknowledgement, ACK, message for the beam configuration information is transmitted by the terminal or the chip to the network device, ∘ wherein the first preset duration is 3 N slot subframe, μ, N slot subframe, μ is a quan-tity of slots in one subframe, N slot subframe, μ is related to μ, and μ indicates a subcarrier spacing, SCS, configuration that is used for transmitting the ACK message.
A computer-implemented method comprising: obtaining, from a first user equipment, UE, a request to create a multicast group, wherein the request comprises an indication that the first UE, a second UE, and a third UE are to be members of the multicast group; validating that the first UE, the second UE, and the third UE are registered with a telecommunications network; assigning an address to the multicast group; determining that the first UE and the second UE are capable of handling multicast messages; determining that the third UE is incapable of handling multicast messages; transmitting a multicast invite message to the first UE and the second UE, wherein reception of the multicast invite message causes the first UE and the second UE to join the multicast group; characterized in that the method further is transmitting a unicast invite message to the third UE, wherein reception of the unicast invite message causes the third UE to join the multicast group, such that a message intended for the multicast group is transmitted as a multicast message to the first UE and the second UE and as a unicast message to the third UE; wherein the computer-implemented method is implemented by a rich communication services, RCS, system comprising physical hardware and operating in a core network of the telecommunications network. obtaining, from a first user equipment, UE, a request to create a multicast group, wherein the request comprises an indication that the first UE, a second UE, and a third UE are to be members of the multicast group; validating that the first UE, the second UE, and the third UE are registered with a telecommunications network; assigning an address to the multicast group; determining that the first UE and the second UE are capable of handling multicast messages; determining that the third UE is incapable of handling multicast messages; transmitting a multicast invite message to the first UE and the second UE, wherein reception of the multicast invite message causes the first UE and the second UE to join the multicast group; characterized in that the method further is transmitting a unicast invite message to the third UE, wherein reception of the unicast invite message causes the third UE to join the multicast group, such that a message intended for the multicast group is transmitted as a multicast message to the first UE and the second UE and as a unicast message to the third UE; wherein the computer-implemented method is implemented by a rich communication services, RCS, system comprising physical hardware and operating in a core network of the telecommunications network.
Process for obtaining a colloidal dispersion characterized in that the said process comprises the steps of: a) dissolving nitrocellulose in at least one acrylic monomer, with the choice of the monomers guided by the specific application of the obtained dispersion; b) adding at least one surfactant; c) adding polymerization initiators at an appropriate adding speed; d) stirring the reaction mixture at suitable polymerization temperature and speed; e) running the resulting colloidal dispersion through a high pressure homogenizer, wherein the dispersion particles have sizes between 100 nm and 200 nm. a) dissolving nitrocellulose in at least one acrylic monomer, with the choice of the monomers guided by the specific application of the obtained dispersion; b) adding at least one surfactant; c) adding polymerization initiators at an appropriate adding speed; d) stirring the reaction mixture at suitable polymerization temperature and speed; e) running the resulting colloidal dispersion through a high pressure homogenizer,
Monitoring device for a catenary system of an overhead line installation with a contact wire retained by a carrying cable to feed energy to an electric locomotive, comprising at least one sensor unit for detecting a signal triggered by a damaging event in the catenary, in particular in the contact wire, which sensor unit is connected to the overhead line installation in a stationary manner, and an evaluation unit for analysing the signal, wherein the at least one sensor unit is embodied as an electroacoustic converter (20, 21, 22, 23, 24), which is acoustically connected to the contact wire in order to convert an acoustic signal caused by a damaging event into an electric signal S 2, S 3, S 4), characterised in that at least one converter (20, 21, 22, 23, 24) is coupled to the contact wire via a tensioning device of the catenary.
A fluid control valve assembly having: an upstream chamber formed upstream from a valve unit that opens and closes a fluid flow path and has a valve seat and a valve element inside a valve housing; and an upstream pipe disposed on and facing the upstream chamber at a predetermined angle to a valve axis and forming an upstream side of the fluid flow path, characterized in that a portion of a wall of the upstream chamber is formed as a swelling that projects into the interior of the chamber so as to rectify and guide fluid flowing in from the upstream pipe toward a gap path formed by the valve seat and the valve element at the valve unit, and that is provided at a portion of the upstream chamber opposite an opening that is the entry of the upstream pipe into the upstream chamber. an upstream chamber formed upstream from a valve unit that opens and closes a fluid flow path and has a valve seat and a valve element inside a valve housing; and an upstream pipe disposed on and facing the upstream chamber at a predetermined angle to a valve axis and forming an upstream side of the fluid flow path, characterized in that a portion of a wall of the upstream chamber is formed as a swelling that projects into the interior of the chamber so as to rectify and guide fluid flowing in from the upstream pipe toward a gap path formed by the valve seat and the valve element at the valve unit, and that is provided at a portion of the upstream chamber opposite an opening that is the entry of the upstream pipe into the upstream chamber.
An oven that comprises a cabinet wherein the cooking process is performed, a rear wall closing the back side of the cabinet and side walls that close the sides of the cabinet, electric cables capable of delivering electricity, characterized by a cover that covers the rear wall and which cover is secured from one side to the cabinet to be pivotally openable from this side and to be pivotally relative to the rear wall, whereby the cover has an opening through which the electric cables go outside from the cover from the volume between the rear wall and the cover to be connected to the network, wherein the cover is secured to the cabinet from its side nearest to the opening to be pivotally openable around this side, wherein the cables are configured to deliver electricity to a fan motor, a heater and a control unit and are connected to the network by being joined in a power cable passing from the opening.
A loading method of loading an object subject to processing into a depressed section on an upper end section of a moving body, the loading method being characterized in comprising: a placing process in which an object is placed into the depressed section on the moving body; and an obtaining process (222 to 240) in which information on a position relation between an inner periphery edge of the depressed section and the object placed within the depressed section is obtained. a placing process in which an object is placed into the depressed section on the moving body; and an obtaining process (222 to 240) in which information on a position relation between an inner periphery edge of the depressed section and the object placed within the depressed section is obtained.
A flange assembly comprising: a primary flange including a primary flange body, the primary flange body including a first primary surface and a second primary surface opposite the first primary surface, the primary flange body defining a primary bolt aperture extending from the first primary surface to the second primary surface; a secondary flange positioned adjacent the primary flange, the secondary flange including a secondary flange body, the secondary flange body including a first secondary surface and a second secondary surface opposite the first secondary surface, the secondary flange body defining a secondary bolt aperture extending from the first secondary surface to the second secondary surface; a bolt including a bolt body extending between a head end and a distal end along a bolt axis, the bolt body including an annular surface disposed about the bolt axis, the bolt body positioned within the primary bolt aperture and the secondary bolt aperture, the bolt further including a nut detachably mounted to the bolt body such that the primary flange and the secondary flange are positioned between the head end and the nut with the head end adjacent the primary flange; characterized in: the bolt body further including an annular groove formed in the annular surface and disposed about the bolt axis, and having a clip attached to the bolt body within the annular groove, the clip positioned between the primary flange and the secondary flange a primary flange including a primary flange body, the primary flange body including a first primary surface and a second primary surface opposite the first primary surface, the primary flange body defining a primary bolt aperture extending from the first primary surface to the second primary surface; a secondary flange positioned adjacent the primary flange, the secondary flange including a secondary flange body, the secondary flange body including a first secondary surface and a second secondary surface opposite the first secondary surface, the secondary flange body defining a secondary bolt aperture extending from the first secondary surface to the second secondary surface; a bolt including a bolt body extending between a head end and a distal end along a bolt axis, the bolt body including an annular surface disposed about the bolt axis, the bolt body positioned within the primary bolt aperture and the secondary bolt aperture, the bolt further including a nut detachably mounted to the bolt body such that the primary flange and the secondary flange are positioned between the head end and the nut with the head end adjacent the primary flange; characterized in: the bolt body further including an annular groove formed in the annular surface and disposed about the bolt axis, and having a clip attached to the bolt body within the annular groove, the clip positioned between the primary flange and the secondary flange
A stretcher comprising: - a spinal board and an extrication device; - connection means interposed between the spinal board and the extrication device and configured for connecting in a rotatable fashion the extrication device to the spinal board in such a way that the extrication device is movable in a plurality of operational configurations between a flat configuration wherein the extrication device is positioned substantially parallel to the spinal board and an inclined configuration wherein the extrication device defines with the spinal board a predetermined angle of inclination and forms a backrest for the patient; wherein the connection means are removably connected to respective connection portions of the spinal board and the extrication device; characterized in that the connection means comprise at least one belt structure adapted to connect the extrication device to the spinal board. - a spinal board and an extrication device; - connection means interposed between the spinal board and the extrication device and configured for connecting in a rotatable fashion the extrication device to the spinal board in such a way that the extrication device is movable in a plurality of operational configurations between a flat configuration wherein the extrication device is positioned substantially parallel to the spinal board and an inclined configuration wherein the extrication device defines with the spinal board a predetermined angle of inclination and forms a backrest for the patient; wherein the connection means are removably connected to respective connection portions of the spinal board and the extrication device; characterized in that the connection means comprise at least one belt structure adapted to connect the extrication device to the spinal board.
A band saw blade (100, 200) comprising: a blade body (101, 201) comprising a cutting edge (102, 202) defined by a plurality of teeth (110, 210) spaced relative to each other, each tooth comprising: a tip (112, 212); a rake face (114, 214) formed on one side of the tip (112, 212); a primary clearance surface (116, 216) formed on an opposite side of the tip (112, 212) relative to the rake face (114, 214) and defining a primary relief angle (α1); a secondary clearance surface (118, 218) formed on an opposite side of the primary clearance surface (116, 216) relative to the tip (112, 212) and defining a secondary relief angle (α2) that is greater than the primary relief angle (α1); a tertiary clearance surface (120, 220) formed on an opposite side of the secondary clearance surface (118, 218) relative to the primary clearance surface (116, 216) and defining a tertiary relief angle (α3) that is greater than the secondary relief angle (α2); and a protrusion (112, 212) formed between the secondary clearance surface (118, 218) and the tertiary clearance surface (120, 220) and having a curvilinear shape, wherein the protrusion (112, 212) is defined by a concave surface (124, 224) and a convex surface (126, 226), wherein the concave surface (124, 224) extends from the secondary clearance surface (118, 218) to the convex surface (126, 226), and wherein the convex surface (126, 226) extends from the concave surface (124, 224) to the tertiary clearance surface (120, 220). a tip (112, 212); a rake face (114, 214) formed on one side of the tip (112, 212); a primary clearance surface (116, 216) formed on an opposite side of the tip (112, 212) relative to the rake face (114, 214) and defining a primary relief angle (α1); a secondary clearance surface (118, 218) formed on an opposite side of the primary clearance surface (116, 216) relative to the tip (112, 212) and defining a secondary relief angle (α2) that is greater than the primary relief angle (α1); a tertiary clearance surface (120, 220) formed on an opposite side of the secondary clearance surface (118, 218) relative to the primary clearance surface (116, 216) and defining a tertiary relief angle (α3) that is greater than the secondary relief angle (α2); and a protrusion (112, 212) formed between the secondary clearance surface (118, 218) and the tertiary clearance surface (120, 220) and having a curvilinear shape, wherein the protrusion (112, 212) is defined by a concave surface (124, 224) and a convex surface (126, 226), wherein the concave surface (124, 224) extends from the secondary clearance surface (118, 218) to the convex surface (126, 226), and wherein the convex surface (126, 226) extends from the concave surface (124, 224) to the tertiary clearance surface (120, 220).
A heat exchange unit (100, 200) configured to exchange heat between a liquid medium sent to utilization-side equipment and a refrigerant that is flammable, to perform at least one of cooling and heating of the liquid medium, the heat exchange unit comprising: a heat exchanger (10, 110) configured to exchange heat between the refrigerant and the liquid medium; an electric component (20, 61, 93, 120, 131, 194) that can be an ignition source; a casing (90, 190) accommodating the heat exchanger and the electric component; and a gas detection sensor (70, 270) having a detection element (72, 272) arranged below the electric component, the gas detection sensor being configured to detect presence or absence of gas of the refrigerant at a place where the detection element is arranged, characterized in that the detection element of the gas detection sensor is arranged below a liquid-side connecting port and a gas-side connecting port of the heat exchange unit. a heat exchanger (10, 110) configured to exchange heat between the refrigerant and the liquid medium; an electric component (20, 61, 93, 120, 131, 194) that can be an ignition source; a casing (90, 190) accommodating the heat exchanger and the electric component; and a gas detection sensor (70, 270) having a detection element (72, 272) arranged below the electric component, the gas detection sensor being configured to detect presence or absence of gas of the refrigerant at a place where the detection element is arranged, characterized in that the detection element of the gas detection sensor is arranged below a liquid-side connecting port and a gas-side connecting port of the heat exchange unit.
A method for regenerating a zeolite membrane, which is formed on a ceramic porous body and which has been subjected to treatment of removing structure directing agent, the method comprising: heating at a regeneration temperature which does not exceed an oxidative pyrolysis temperature of the structure directing agent used in the formation of the zeolite membrane, characterized in that the zeolite membrane is 10 μm or less in thickness, and heating is performed in air atmosphere at the regeneration temperature at which a difference in ratio of thermal expansion amount between the ceramic porous body and the zeolite membrane, as determined according to the description, is 0.3% or less when 40°C is set as datum. heating at a regeneration temperature which does not exceed an oxidative pyrolysis temperature of the structure directing agent used in the formation of the zeolite membrane, characterized in that the zeolite membrane is 10 μm or less in thickness, and heating is performed in air atmosphere at the regeneration temperature at which a difference in ratio of thermal expansion amount between the ceramic porous body and the zeolite membrane, as determined according to the description, is 0.3% or less when 40°C is set as datum.