mhurhangee/ep-ind-claims huggingface dataset:
An apparatus comprising: a cassette comprising a membrane assembly and side rails; a plate assembly (30, 32, 700) comprising at least two thermally conductive plates (30, 32) defining a cassette slot between the plates, the plate assembly configured to receive the membrane assembly of the cassette and exchange heat therewith, with the membrane assembly being configured for containing working fluid from an intravascular heat exchange catheter or heat exchange pad, the plate assembly (30, 32, 700) also including rail receptacles (R1', R2') straddling respective sides of the slot and configured for receiving the respective side rails of the cassette, wherein at least a first cavity is formed inboard of a first one of the rail receptacles (R1'), the first cavity having a width at its widest point that is greater than a width of the slot, wherein when the cassette is engaged with the apparatus with the membrane assembly disposed in the slot and the side rails of the cassette disposed in the rail receptacles (R1', R2'), a first portion of a membrane of the membrane assembly that is inboard of a side rail of the cassette can expand into the first cavity when the membrane assembly is filled with working fluid to thereby establish an enlarged fluid passageway along a vertical side edge of the membrane assembly. a cassette comprising a membrane assembly and side rails; a plate assembly (30, 32, 700) comprising at least two thermally conductive plates (30, 32) defining a cassette slot between the plates, the plate assembly configured to receive the membrane assembly of the cassette and exchange heat therewith, with the membrane assembly being configured for containing working fluid from an intravascular heat exchange catheter or heat exchange pad, the plate assembly (30, 32, 700) also including rail receptacles (R1', R2') straddling respective sides of the slot and configured for receiving the respective side rails of the cassette, wherein at least a first cavity is formed inboard of a first one of the rail receptacles (R1'), the first cavity having a width at its widest point that is greater than a width of the slot, wherein when the cassette is engaged with the apparatus with the membrane assembly disposed in the slot and the side rails of the cassette disposed in the rail receptacles (R1', R2'), a first portion of a membrane of the membrane assembly that is inboard of a side rail of the cassette can expand into the first cavity when the membrane assembly is filled with working fluid to thereby establish an enlarged fluid passageway along a vertical side edge of the membrane assembly.
A blade for mounting on a rotor of a cutting machine for cutting vegetation, the blade comprising: a blade member comprising a first base material; at least one cutting edge (19, 19A) on the blade member; side by side strips (20, 21) of cladding material applied to the blade member so as to extend from a position at the cutting edge (19, 19A) in a direction transverse to the cutting edge; wherein the cladding material (20, 21) is of a greater hardness than the first base material; characterized in that at least two of the strips of cladding material have greater resistance to wear than others of the strips. a blade member comprising a first base material; at least one cutting edge (19, 19A) on the blade member; side by side strips (20, 21) of cladding material applied to the blade member so as to extend from a position at the cutting edge (19, 19A) in a direction transverse to the cutting edge; wherein the cladding material (20, 21) is of a greater hardness than the first base material; characterized in that at least two of the strips of cladding material have greater resistance to wear than others of the strips.
An excavator arm, configured to equip an excavator, said excavator arm including at least: - a frame comprising i) a boom linkage part configured to swingably link said excavator arm to an excavator boom about a boom axis, and ii) a tool linkage part configured to swingably link said excavator arm to a tool about a tool axis, said boom axis and said tool axis substantially extending in a frame plane, - an arm linear actuator extending substantially along a longitudinal axis, said arm linear actuator having i) a proximal linkage part linked to said frame about a proximal linkage axis and ii) a distal linkage part linked to said frame about a distal linkage axis, said proximal linkage axis and said distal linkage axis extending substantially in an actuator plane, and - an electric motor configured to drive said arm linear actuator, characterized in that said electric motor is arranged on the side of said frame plane with respect to said actuator plane. - a frame comprising i) a boom linkage part configured to swingably link said excavator arm to an excavator boom about a boom axis, and ii) a tool linkage part configured to swingably link said excavator arm to a tool about a tool axis, said boom axis and said tool axis substantially extending in a frame plane, - an arm linear actuator extending substantially along a longitudinal axis, said arm linear actuator having i) a proximal linkage part linked to said frame about a proximal linkage axis and ii) a distal linkage part linked to said frame about a distal linkage axis, said proximal linkage axis and said distal linkage axis extending substantially in an actuator plane, and - an electric motor configured to drive said arm linear actuator,
Printing forme device for applying identification marks (200, 200') to a printing substrate, comprising at least one numbering unit which is arranged on a rotatable retaining element and of which the position on the rotatable retaining element is adjustable at least in parallel with an axis of rotation of the rotatable retaining element or in parallel with the lateral surface of the rotatable retaining element and, in addition, optionally also in the radial direction, characterized in that the at least one numbering unit is adjustable by means of an actuator in each case for adapting the setting for the printing position on the printing substrate.
A method comprising: receiving, with an authentication server of a mobile service provider network, a network access request for a wireless device from an access gateway of an alternate access network, wherein the network access request comprises subscriber credentials or a wireless device identifier, which do not include an International Mobile Subscriber Identity (IMSI); in response to the network access request, obtaining virtual mobility information from a subscriber database for the mobile service provider network, wherein the virtual mobility information comprises a virtual IMSI; sending the virtual mobility information from the authentication server to the access gateway; and signaling, with the access gateway using the virtual mobility information, a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway. receiving, with an authentication server of a mobile service provider network, a network access request for a wireless device from an access gateway of an alternate access network, wherein the network access request comprises subscriber credentials or a wireless device identifier, which do not include an International Mobile Subscriber Identity (IMSI); in response to the network access request, obtaining virtual mobility information from a subscriber database for the mobile service provider network, wherein the virtual mobility information comprises a virtual IMSI; sending the virtual mobility information from the authentication server to the access gateway; and signaling, with the access gateway using the virtual mobility information, a mobile network gateway of the mobile service provider network to establish a service session for the wireless device over the alternate access network that is anchored by the mobile network gateway.
A method of pairing a first device with a second device, the first and second devices being adapted for wirelessly communicating with each other, the pairing of devices aiming at ensuring communication only between trusted devices, the method comprising; - providing in the first device a record of trusted device IDs with which connection is allowed to be established, and in the first device providing an algorithm comprising at least the following states • A STANDBY state where the first device is in a default state; • A CONNECTED state where wireless communication between the first and second devices has been established; • A PAIRING state for discovering new devices issuing requests for being paired; and - providing that when the first device is NOT in the STANDBY or CONNECTED states, the first device is automatically, repeatedly brought in the PAIRING state, and - comparing in the first device received second device ID to the record of trusted device IDs. - providing in the first device a record of trusted device IDs with which connection is allowed to be established, and in the first device providing an algorithm comprising at least the following states • A STANDBY state where the first device is in a default state; • A CONNECTED state where wireless communication between the first and second devices has been established; • A PAIRING state for discovering new devices issuing requests for being paired; and • A STANDBY state where the first device is in a default state; • A CONNECTED state where wireless communication between the first and second devices has been established; • A PAIRING state for discovering new devices issuing requests for being paired; and - providing that when the first device is NOT in the STANDBY or CONNECTED states, the first device is automatically, repeatedly brought in the PAIRING state, and - comparing in the first device received second device ID to the record of trusted device IDs.
A chair with a backrest adjustment mechanism, including: the chair having a back portion and a seat portion and forming a space for accommodating an occupant sitting therein, wherein the back portion is formed with a guiding slot in a central portion thereof; a back support board is movably mounted in front of the back portion; and a driving mechanism is equipped with a sliding mount slidably and operatively mounted on the guiding slot, the driving mechanism being operatively mounted between the back support board and the back portion, capable of moving the back support board forward by sliding and positioning the sliding mount along the guiding slot in one direction to reduce a seat depth of the chair for accommodating shorter occupant, and moving the back support board backward by sliding and positioning the sliding mount along the guiding slot in an opposite direction to enlarge the seat depth of the chair for accommodating taller occupant. the chair having a back portion and a seat portion and forming a space for accommodating an occupant sitting therein, wherein the back portion is formed with a guiding slot in a central portion thereof; a back support board is movably mounted in front of the back portion; and a driving mechanism is equipped with a sliding mount slidably and operatively mounted on the guiding slot, the driving mechanism being operatively mounted between the back support board and the back portion, capable of moving the back support board forward by sliding and positioning the sliding mount along the guiding slot in one direction to reduce a seat depth of the chair for accommodating shorter occupant, and moving the back support board backward by sliding and positioning the sliding mount along the guiding slot in an opposite direction to enlarge the seat depth of the chair for accommodating taller occupant.
Compound of formula wherein X is alkyl, C 2 COOZ or a linker; Y is alkyl, -PEG, -COOH, -PO 2, -H or a linker; R is alkyl, -PEG, -N(alkyl) 2, -N 2. -O(alkyl), -O, -NMe 2, -NH 2, -OMe, -OH, -H or a linker; Z is Mn or -H; with the proviso that two of the three X groups present are C 2 COOZ; with a further proviso that if Z is Mn, two Z containing X groups share one Mn; wherein the compound is attached to another molecule via a linker if a linker is present; wherein the linker moiety is selected from the group consisting of wherein n is an integer from 1 to 7 and * denotes the position whereby the linker, if present, is attached to the compound of formula and said other molecule. X is alkyl, C 2 COOZ or a linker; Y is alkyl, -PEG, -COOH, -PO 2, -H or a linker; R is alkyl, -PEG, -N(alkyl) 2, -N 2. -O(alkyl), -O, -NMe 2, -NH 2, -OMe, -OH, -H or a linker; Z is Mn or -H;
Multitube X-ray emitter housing, having - a housing with at least one side surface (11.1... 11.N), - a high-voltage supply and - a cooling facility with an electrically insulating cooling medium, wherein, inside the housing, the high-voltage supply has a single high-voltage supply lead for conducting a high voltage and a plurality of high-voltage contacts (15.1... 15.N) connected in parallel on the single high-voltage supply lead, wherein the high-voltage contacts (15.1... 15.N) can in each case be coupled to a high-voltage electrode (16.1... 16.N) to provide the high voltage and are at the same high-voltage potential, wherein a first of the at least one side surface (11.1... 11.N) has a first electrically conductive housing portion with a temperature-dependent electrical conductivity, wherein electrically insulating cooling medium is located between the first electrically conductive housing portion and one of the high-voltage contacts (15.1... 15.N), characterised by a control unit, which has an interface for receiving a measured value representing the electrical conductivity of the first electrically conductive housing portion and is embodied to compare the measured value with a threshold value and by a switching facility for switching off the high voltage in dependence on the result of the comparison. - a housing with at least one side surface (11.1... 11.N), - a high-voltage supply and - a cooling facility with an electrically insulating cooling medium, wherein, inside the housing, the high-voltage supply has a single high-voltage supply lead for conducting a high voltage and a plurality of high-voltage contacts (15.1... 15.N) connected in parallel on the single high-voltage supply lead, wherein the high-voltage contacts (15.1... 15.N) can in each case be coupled to a high-voltage electrode (16.1... 16.N) to provide the high voltage and are at the same high-voltage potential, wherein a first of the at least one side surface (11.1... 11.N) has a first electrically conductive housing portion with a temperature-dependent electrical conductivity, wherein electrically insulating cooling medium is located between the first electrically conductive housing portion and one of the high-voltage contacts (15.1... 15.N), characterised by a control unit, which has an interface for receiving a measured value representing the electrical conductivity of the first electrically conductive housing portion and is embodied to compare the measured value with a threshold value and by a switching facility for switching off the high voltage in dependence on the result of the comparison.
An absorbent composition comprising: a. a superabsorbent polymer composition comprising partially neutralized crosslinked poly(acrylic acid) wherein from 40 molar percent to 60 molar percent of the acidic functional groups are neutralized, having a pH less than 6.0; b. a first triggering composition comprising a first water-soluble chemical; c. a second triggering composition comprising a second water-soluble chemical having pH of 10 or more; and wherein when the absorbent composition is contacted with an aqueous fluid, the superabsorbent polymer composition exhibits swell-deswell-reswell behavior and the resultant swollen superabsorbent polymer composition has a pH higher than the superabsorbent polymer composition of a) wherein the triggering compositions further comprise a polymeric coating material for achieving controlled release of water-soluble chemicals, wherein the first water-soluble chemical is selected from the group consisting of aluminum chloride, aluminum sulfate, barium chloride, calcium acetate, calcium chloride, calcium formate, magnesium acetate, magnesium chloride, magnesium formate, zinc acetate, zinc chloride, zinc formate and zinc sulfate; wherein the second water-soluble chemical is selected from the group consisting of sodium fluoride, sodium hydrogen carbonate, sodium carbonate, sodium citrate, sodium oxalate, sodium phosphate, sodium polyphosphate, sodium sulfide, sodium sulfate, or sodium tripolyphosphate; and wherein the coating material is selected from the group consisting of poly(meth)acrylate copolymers, polyacrylate copolymers, ethyl cellulose, sodium carboxymethylcellulose, cellulose acetate, polyethylene glycol, maleated polypropylene, polyolefin copolymers, or combinations thereof. a. a superabsorbent polymer composition comprising partially neutralized crosslinked poly(acrylic acid) wherein from 40 molar percent to 60 molar percent of the acidic functional groups are neutralized, having a pH less than 6.0; b. a first triggering composition comprising a first water-soluble chemical; c. a second triggering composition comprising a second water-soluble chemical having pH of 10 or more; and
An apparatus for wireless communications, comprising: means for generating configured to generate a frame; means for indicating configured to indicate, via a value of at least one bit of a field of the frame, whether to allow transmit opportunity, TXOP, sharing during which a relay is allowed to forward the frame in the same TXOP in which the frame was transmitted, wherein the frame comprises a short frame and the field comprises a field of a short media access control, MAC, header of the short frame, wherein the value of the at least one bit controls behavior of TXOP sharing regardless of a value of a More Data field in the short frame; and means for transmitting configured to transmit the frame. means for generating configured to generate a frame; means for indicating configured to indicate, via a value of at least one bit of a field of the frame, whether to allow transmit opportunity, TXOP, sharing during which a relay is allowed to forward the frame in the same TXOP in which the frame was transmitted, wherein the frame comprises a short frame and the field comprises a field of a short media access control, MAC, header of the short frame, wherein the value of the at least one bit controls behavior of TXOP sharing regardless of a value of a More Data field in the short frame; and means for transmitting configured to transmit the frame.
A method for operating a terminal that can be used in a mobile radio network providing communication services, in particular a mobile radio network according to a GSM, GPRS, UMTS and/or LTE radio network standard, and used with at least one credit account, prepaid, with at least one account balance or at least one customer account with subsequent invoicing, postpaid, with at least one account balance, which terminal comprises a display device for the optical, acoustic and/or sensual reproduction of information and at least one input device for the optical, acoustic and/or sensual gathering of information, wherein during the use of a fee-based communication service of the mobile radio network by means of the terminal and after pre-defined and/or pre-determinable periods of time have elapsed, the at least one account balance of the at least one credit account or the at least one customer account with subsequent invoicing will be checked by means of an account balance query directed by the terminal to a device which manages and/or keeps the credit account, the checked account balance will be sent as account balance information via the mobile radio network to the terminal, and will be reproduced by means of the display device of the terminal.
A method for producing a flavonoid inclusion compound, comprising a cleaving step comprising treating a sparingly soluble flavonoid having a rhamnoside structure with an enzyme having a rhamnosidase activity in the presence of a cyclodextrin to cleave a rhamnose; wherein sparingly soluble refers to a solubility in water at 25°C of 1.0 % by mass or less.
A hydraulic drive system, comprising: a body housing; a first rotor assembly attached to a first side of the body housing; a first motor assembly disposed inside the body housing and having a first motor actuator; and an engagement assembly positioning the first motor actuator to engage and disengage with the first rotor assembly wherein optionally the first motor actuator engages a first rotor actuator of the first rotor assembly, wherein the first motor actuator includes a plurality of motor actuator teeth disposed on an end thereof, wherein the plurality of motor actuator teeth protrude from the first motor actuator in the longitudinal direction thereof and the first rotor actuator includes a plurality of rotor actuator teeth disposed on an end thereof, wherein the plurality of rotor actuator teeth protrude from the first rotor actuator in a longitudinal direction thereof, said first rotor actuator teeth facing said first motor actuator teeth, wherein the plurality of motor actuator teeth correspond with and are separated from the plurality of rotor actuator teeth when positioned in a disengagement position by the engagement assembly and wherein the plurality of motor actuator teeth correspond with and engage the plurality of rotor actuator teeth when positioned in an engagement position by the engagement assembly. a body housing; a first rotor assembly attached to a first side of the body housing; a first motor assembly disposed inside the body housing and having a first motor actuator; and an engagement assembly positioning the first motor actuator to engage and disengage with the first rotor assembly wherein optionally the first motor actuator engages a first rotor actuator of the first rotor assembly, wherein
A material for manufacturing a special safety tyre rubber for wheeled combat vehicles and aircraft in the army, fabricated from the following components with the following parts by weight: 28-40 parts of polyisoprene, 20-30 parts of silicone rubber, 15-25 parts of thermoplastic elastomer, 10-18 parts of magnetic powder, 10-15 parts of paraffin oil, 0.8-2 parts of flexibilizer, 5-10 parts of silicone oil, and 0.5-2 parts of antioxidant. 28-40 parts of polyisoprene, 20-30 parts of silicone rubber, 15-25 parts of thermoplastic elastomer, 10-18 parts of magnetic powder, 10-15 parts of paraffin oil, 0.8-2 parts of flexibilizer, 5-10 parts of silicone oil, and 0.5-2 parts of antioxidant.