mhurhangee/patent-ind-claim-en huggingface dataset:
A method for data transmission in a network system comprising the steps of: providing (S1) a first network element connected to a first network , a user network node, and a second network element connected to a second network , a cluster network, and a target network node, wherein the second network element does not have the user right to create a virtual network interface; providing (S2) a physical or virtual third network element connected to the first network and a physical or virtual fourth network element connected to the second network ; operating (S3) a network controller of the fourth network element in a promiscuous mode (P); and creating (S4) an IP tunnel between the first network and the second network , wherein the third network element and the fourth network element are respective end points of the IP tunnel routed via an access element , wherein the third network element receives incoming packets of the first message into the first network , wherein the third network element packs the first message in a first envelope , and wherein a network controller of the third network element is operated in a promiscuous mode (P), wherein the first message packed in the first envelope is addressed to a first tunnel port of the access element and is sent from the third network element to the first tunnel port of the access element , and wherein the first tunnel port of the access element is preconfigured such that the first tunnel port automatically sends incoming messages to the physical or virtual fourth network element , in particular a server network node. providing (S1) a first network element connected to a first network , a user network node, and a second network element connected to a second network , a cluster network, and a target network node, wherein the second network element does not have the user right to create a virtual network interface; providing (S2) a physical or virtual third network element connected to the first network and a physical or virtual fourth network element connected to the second network ; operating (S3) a network controller of the fourth network element in a promiscuous mode (P); and creating (S4) an IP tunnel between the first network and the second network , wherein the third network element and the fourth network element are respective end points of the IP tunnel routed via an access element , wherein the third network element receives incoming packets of the first message into the first network , wherein the third network element packs the first message in a first envelope , and wherein a network controller of the third network element is operated in a promiscuous mode (P), wherein the first message packed in the first envelope is addressed to a first tunnel port of the access element and is sent from the third network element to the first tunnel port of the access element , and wherein the first tunnel port of the access element is preconfigured such that the first tunnel port automatically sends incoming messages to the physical or virtual fourth network element , in particular a server network node.
A method for controlling a working state of a mobile terminal , which has established a communication link with a playback device , comprising: when it is determined by at least one sensor of the playback device that a current state of a playback device is in an inactive state, detecting , by a detector of the playback device , whether the mobile terminal is in a working state; and when it is detected by the detector of the playback device that the mobile terminal is in the working state, sending , by a transmitter of the playback device , to the mobile terminal an instruction configured for instructing the mobile terminal to shift its state into a standby state, wherein the detecting whether a mobile terminal, which has established a communication link with the playback device, is in a working state, comprises: detecting whether multimedia information to be played by the playback device or operating information between the playback device and the mobile terminal and sent from the mobile terminal is received by the playback device . when it is determined by at least one sensor of the playback device that a current state of a playback device is in an inactive state, detecting , by a detector of the playback device , whether the mobile terminal is in a working state; and when it is detected by the detector of the playback device that the mobile terminal is in the working state, sending , by a transmitter of the playback device , to the mobile terminal an instruction configured for instructing the mobile terminal to shift its state into a standby state, wherein the detecting whether a mobile terminal, which has established a communication link with the playback device, is in a working state, comprises: detecting whether multimedia information to be played by the playback device or operating information between the playback device and the mobile terminal and sent from the mobile terminal is received by the playback device .
An injection device comprising - a housing (10; 410), - a dose setting member (80, 60; 420, 440) operatively connected to a dose indicator (120; 480) positioned within the housing (10; 410), the dose setting member (80, 60; 420, 440) and the dose indicator (120; 480) cooperating to set the dose to be ejected from the injection device, wherein the dose indicator (120; 480), during dose setting, is adapted to undergo a rotational movement within the housing (10; 410) and relative to the housing (10; 410), and - a limiter mechanism (110, 122, 122'; 483, 505) defining a maximum settable dose and/or a minimum settable dose, wherein the device further comprises a gauge element (110; 490) which is rotationally constrained to the housing (10; 410) and axially displaceable relative to the housing (10; 410), wherein the dose indicator (120; 480) is marked with a sequence of numbers or symbols, wherein the gauge element (110; 490) comprises an aperture or window , and wherein the dose indicator (120; 480) is located radially inwards of the gauge element (110; 490), such that at least one of the numbers or symbols on the dose indicator (120; 480) is visible through the aperture or window , characterized in that the gauge element (110; 490) and the dose indicator (120; 480) form the limiter mechanism, wherein the limiter mechanism comprises a first rotational stop on the dose indicator (120; 480) and a first counter stop on the gauge element (110; 490), which stops abut in the minimum dose (zero) position and/or wherein the limiter mechanism comprises a second rotational stop on the dose indicator (120; 480) and a second counter stop on the gauge element (110; 490), which stops abut in the maximum dose position. - a housing (10; 410), - a dose setting member (80, 60; 420, 440) operatively connected to a dose indicator (120; 480) positioned within the housing (10; 410), the dose setting member (80, 60; 420, 440) and the dose indicator (120; 480) cooperating to set the dose to be ejected from the injection device, wherein the dose indicator (120; 480), during dose setting, is adapted to undergo a rotational movement within the housing (10; 410) and relative to the housing (10; 410), and - a limiter mechanism (110, 122, 122'; 483, 505) defining a maximum settable dose and/or a minimum settable dose,
A method performed by a computing device within an Intelligent Transportation System, the method comprising: determining , at the computing device within a vehicle, whether a short-term certificate is available to sign a message, wherein the message is a communication from the vehicle; if the short-term certificate is available, signing the message with a private key associated with the short-term certificate; if the short-term certificate is not available, signing the message with a private key associated with a long-term certificate ; and sending the message to a recipient, wherein when the message comprises an indication that the short-term certificate was used to sign the message, no certificate revocation list, CRL, check is needed by the recipient and when the message indicates that the long-term certificate was used to sign the message, a CRL check is needed by the recipient to validate the long-term certificate, wherein the indication that the short-term certificate was used to sign the message comprises at least one of: a cracaid set to all zeros; a linkage value with a defined value; or a HashID with a defined value. determining , at the computing device within a vehicle, whether a short-term certificate is available to sign a message, wherein the message is a communication from the vehicle; if the short-term certificate is available, signing the message with a private key associated with the short-term certificate; if the short-term certificate is not available, signing the message with a private key associated with a long-term certificate ; and sending the message to a recipient, wherein when the message comprises an indication that the short-term certificate was used to sign the message, no certificate revocation list, CRL, check is needed by the recipient and when the message indicates that the long-term certificate was used to sign the message, a CRL check is needed by the recipient to validate the long-term certificate, wherein the indication that the short-term certificate was used to sign the message comprises at least one of: a cracaid set to all zeros; a linkage value with a defined value; or a HashID with a defined value. a cracaid set to all zeros; a linkage value with a defined value; or a HashID with a defined value.
A method for producing a polarized electromagnetic relay comprising an electromagnet, a permanent magnet , an armature , and an actuable switch , comprising the steps of: a) providing a coil assembly comprising a coil with a core and pole pieces as a structural unit; b) providing a support component that has a first accommodation space for a pole assembly extending to the side of the armature, and a second accommodation space for the coil assembly , the second accommodation space being arranged in the manner of a shelf compartment; c) mounting the pole assembly including magnetic flux pieces and an unmagnetized permanent magnet precursor in the first accommodation space ; d) magnetizing the permanent magnet precursor in the pole assembly while the second accommodation space is empty, to obtain the permanent magnet ; e) mounting the coil assembly in the second accommodation space ; f) mounting the rest of the relay components to complete the relay. a) providing a coil assembly comprising a coil with a core and pole pieces as a structural unit; b) providing a support component that has a first accommodation space for a pole assembly extending to the side of the armature, and a second accommodation space for the coil assembly , the second accommodation space being arranged in the manner of a shelf compartment; c) mounting the pole assembly including magnetic flux pieces and an unmagnetized permanent magnet precursor in the first accommodation space ; d) magnetizing the permanent magnet precursor in the pole assembly while the second accommodation space is empty, to obtain the permanent magnet ; e) mounting the coil assembly in the second accommodation space ; f) mounting the rest of the relay components to complete the relay.
A power sourcing equipment (PSE) device for an optical power supply system , comprising a PSE semiconductor laser that is adapted to oscillate with electric power, thereby adapted to output feed light , and includes a semiconductor region exhibiting a light-electricity conversion effect, characterized in that a semiconductor material of the semiconductor region is a laser medium having a laser wavelength of 500 nm or less.
A chloroprene rubber latex adhesive composition comprising: a carboxy-modified chloroprene-based copolymer latex (A) containing a copolymer of chloroprene monomer and an ethylenic unsaturated carboxylic acid and a polyvinylalcohol, a chloroprene-based polymer latex (B) containing a chloroprene homopolymer or a copolymer of chloroprene monomer and other monomers and a rosin acid metal salt, a chlorinated polyolefin resin emulsion (C) in an amount of 5 to 40 parts by mass as solid matter with respect to 100 parts by mass as solid matter of the total content of the carboxy-modified chloroprene-based copolymer latex (A) and the chloroprene-based polymer latex (B), and a tackifying resin in an amount of 20 to 70 parts by mass as solid matter with respect to 100 parts by mass as solid matter of the total content of the carboxy-modified chloroprene-based copolymer latex (A) and the chloroprene-based polymer latex (B), wherein the content ratio of the carboxy-modified chloroprene-based copolymer latex (A) to the chloroprene-based polymer latex (B) is 80:20 to 20:80 as solid matter. a carboxy-modified chloroprene-based copolymer latex (A) containing a copolymer of chloroprene monomer and an ethylenic unsaturated carboxylic acid and a polyvinylalcohol, a chloroprene-based polymer latex (B) containing a chloroprene homopolymer or a copolymer of chloroprene monomer and other monomers and a rosin acid metal salt, a chlorinated polyolefin resin emulsion (C) in an amount of 5 to 40 parts by mass as solid matter with respect to 100 parts by mass as solid matter of the total content of the carboxy-modified chloroprene-based copolymer latex (A) and the chloroprene-based polymer latex (B), and a tackifying resin in an amount of 20 to 70 parts by mass as solid matter with respect to 100 parts by mass as solid matter of the total content of the carboxy-modified chloroprene-based copolymer latex (A) and the chloroprene-based polymer latex (B), wherein the content ratio of the carboxy-modified chloroprene-based copolymer latex (A) to the chloroprene-based polymer latex (B) is 80:20 to 20:80 as solid matter.
A weighing apparatus for a filling line for filling containers of pharmaceutical, medical, food products or similar, comprising at least one weighing unit , said at least one weighing unit comprising at least one weighing device comprising at least one container support and at least one sensor unit designed to detect a value of a weight force acting on the container support , a covering and protecting structure which contains and protects said at least one weighing unit and a laminar flow generating unit configured to generate a laminar air flow in said covering and protecting structure , characterised in that the apparatus further comprises at least one suction unit configured to generate a sucked air flow in said covering and protecting structure , wherein said suction unit and said laminar flow generating unit are configured to cause an interaction between said sucked air flow and said laminar air flow at least at said at least one weighing unit such as to reduce, or even cancel out, the turbulences and/or vortices present at, and caused by, the at least one container support , so as to restore laminar air flow, even at the container support , said suction unit being controllable to adjust the sucked air flow in such a way as to affect in a controllable way the value of said weight force detected by said at least one sensor unit .
A tight-buffered optical fiber cable comprising: a coated optical fiber comprising: a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core ; and at least one coating layer surrounding the second outer surface of the cladding layer ; and a buffer jacket outer layer disposed directly against and surrounding the coated optical fiber ; wherein the buffer jacket outer layer has an elastic modulus in the range of substantially 20 MPa to substantially 90 MPa, an elongation percentage in the range of substantially 20 percent to substantially 80 percent, and a tensile strength in the range of substantially 1 MPa to substantially 15 MPa; and wherein the buffer jacket outer layer comprises an outer wall and wherein the coated optical fiber is configured to be torn through the outer wall of the buffer jacket outer layer with a peeling force in the range of substantially 0.049 Newtons (5 grams) to substantially 0.49 Newtons (50 grams). a coated optical fiber comprising: a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core ; and at least one coating layer surrounding the second outer surface of the cladding layer ; and a glass core comprising a first outer surface; a cladding layer comprising a second outer surface, the cladding layer surrounding the first outer surface of the glass core ; and at least one coating layer surrounding the second outer surface of the cladding layer ; and a buffer jacket outer layer disposed directly against and surrounding the coated optical fiber ; wherein the buffer jacket outer layer has an elastic modulus in the range of substantially 20 MPa to substantially 90 MPa, an elongation percentage in the range of substantially 20 percent to substantially 80 percent, and a tensile strength in the range of substantially 1 MPa to substantially 15 MPa; and wherein the buffer jacket outer layer comprises an outer wall and wherein the coated optical fiber is configured to be torn through the outer wall of the buffer jacket outer layer with a peeling force in the range of substantially 0.049 Newtons (5 grams) to substantially 0.49 Newtons (50 grams).
A compound for use in a method of treating multiple myeloma in a patient having multiple myeloma and having received stem cell transplantation, wherein the compound has the formula: or a pharmaceutically acceptable salt, solvate, hydrate or stereoisomer thereof; wherein the patient has received an induction therapy with the compound before receiving the stem cell transplantation; and wherein the method comprises: a. determining the minimal residual disease (MRD) status of the patient following the stem cell transplantation; and b. if the minimal residual disease (MRD) status of the patient is greater than 0.01%, the compound is administered in the amount of from 1 to 50 mg per day in combination with a therapeutically effective amount of an anti-CSl antibody. wherein the compound has the formula: or a pharmaceutically acceptable salt, solvate, hydrate or stereoisomer thereof; wherein the patient has received an induction therapy with the compound before receiving the stem cell transplantation; and wherein the method comprises: a. determining the minimal residual disease (MRD) status of the patient following the stem cell transplantation; and b. if the minimal residual disease (MRD) status of the patient is greater than 0.01%, the compound is administered in the amount of from 1 to 50 mg per day in combination with a therapeutically effective amount of an anti-CSl antibody. a. determining the minimal residual disease (MRD) status of the patient following the stem cell transplantation; and b. if the minimal residual disease (MRD) status of the patient is greater than 0.01%, the compound is administered in the amount of from 1 to 50 mg per day in combination with a therapeutically effective amount of an anti-CSl antibody.
A transport vehicle system wherein a plurality of transport vehicles and at least one inspection vehicle travel along a travelling route according to instructions from a ground controller : wherein the inspection vehicle and the plurality of transport vehicles have common rules for avoiding collision and speed regulation and a common pattern for acceleration and deceleration; and wherein the inspection vehicle is configured to measure inspection data of the travelling route while travelling along the travelling route, characterized in that the inspection vehicle is further configured to sample inspection data at each sampling period and store inspection data within one storage period that is most deviated from a permissible range as inspection data for the storage period, one storage period comprising a plurality of sampling periods. wherein the inspection vehicle and the plurality of transport vehicles have common rules for avoiding collision and speed regulation and a common pattern for acceleration and deceleration; and wherein the inspection vehicle is configured to measure inspection data of the travelling route while travelling along the travelling route, characterized in that the inspection vehicle is further configured to sample inspection data at each sampling period and store inspection data within one storage period that is most deviated from a permissible range as inspection data for the storage period, one storage period comprising a plurality of sampling periods.
Rectifying circuit (10, 10.1 - 10.9) comprising a first circuit branch and a second circuit branch in parallel between an output node (Out) and a reference node (GND), each circuit branch comprising an inductive element (L1, L2) in series with an electric current controlling element and an input node (In1, In2) arranged between the inductive element (L1, L2) and the electric current controlling element , an input voltage (ΔVin) that is variable over time being applied between the input nodes (In1, In2) during the operation of the rectifying circuit, wherein each inductive element (L1, L2) does not comprise any winding of a transformer, characterised in that each electric current controlling element comprises a transistor (M1, M2) having a first conduction terminal connected to the reference node (GND) and a second conduction terminal connected to the respective input node (In1, In2), and a diode (D1, D2) having the anode connected to the reference node (GND) and the cathode connected to the respective input node (In1, In2), the transistor (M1, M2) being in parallel to the diode (D1, D2).