mhurhangee/ep-ind-claims huggingface dataset:
A heat curable silicone rubber composition comprising: 100 parts by mass of an organopolysiloxane having an average polymerization degree of 50 to 10000 and containing at least two alkenyl groups bonded to a silicon atom in one molecule; 10 to 400 parts by mass of a silicone resin which includes units selected from R 3 SiO1/2 unit (unit M), SiO4/2 unit (unit Q), R 2 SiO2/2 unit (unit D), and RSiO3/2 unit (unit T) (where R is a monovalent hydrocarbon group having 1 to 6 carbon atoms and at least two in one molecule are alkenyl groups) and in which a sum of the unit M, unit Q and unit T in the whole structural units is 80% by mole or more; an organohydrogenpolysiloxane containing at least two hydrogen atoms bonded to a silicon atom in one molecule, in an amount such that the number of the hydrogen atoms bonded to a silicon atom per one alkenyl group bonded to a silicon atom in the component and the component is 1.0 to 10.0; a hydrosilylation reaction catalyst, and 30 to 3000 ppm of an ionic liquid serving as an antistatic agent, wherein the ionic liquid of the component is one in which a difference of a refractive index from a refractive index of a cured product formed of a base silicone rubber mixture of the components,, and is within a range of ± 0. 04, and wherein the refractive index is measured using Abbe's refractometer in accordance with the description. 100 parts by mass of an organopolysiloxane having an average polymerization degree of 50 to 10000 and containing at least two alkenyl groups bonded to a silicon atom in one molecule; 10 to 400 parts by mass of a silicone resin which includes units selected from R 3 SiO1/2 unit (unit M), SiO4/2 unit (unit Q), R 2 SiO2/2 unit (unit D), and RSiO3/2 unit (unit T) (where R is a monovalent hydrocarbon group having 1 to 6 carbon atoms and at least two in one molecule are alkenyl groups) and in which a sum of the unit M, unit Q and unit T in the whole structural units is 80% by mole or more; an organohydrogenpolysiloxane containing at least two hydrogen atoms bonded to a silicon atom in one molecule, in an amount such that the number of the hydrogen atoms bonded to a silicon atom per one alkenyl group bonded to a silicon atom in the component and the component is 1.0 to 10.0; a hydrosilylation reaction catalyst, and 30 to 3000 ppm of an ionic liquid serving as an antistatic agent,
A mobility agent for forwarding a received packet to a mobile host on the basis of the destination address included in the received packet, comprising; memory means for storing data included in a signal sent from the mobile host, the data representing the correspondence between the home address and the forwarding destination address, operation mode indicating whether the mobile host is in an idle mode defining a state in which no packet is transmitted between the mobile host and a correspondent host or in an active mode defining a state in which a packet is transmitted between the mobile host and the correspondent host, and whether or not buffering of a packet is necessary, for each mobile host; sending means for sending a reception acknowledgement signal to the mobile host which sent the signal, when the memory means has stored the data; and sending/receiving control means for judging information regarding correspondence between home address of the mobile host corresponding to destination address and forwarding destination address included in the received packet, the operation mode of the mobile host, and necessity of buffering of packet, and controlling sending/receiving of the received packet on the basis of the information, wherein the sending/receiving controlling means judges an operation status of mobile host corresponding to destination address of the received packet and a status of the necessity of the buffering of packet; the sending/receiving controlling means sends the received packet to forwarding destination address of the mobile host, when the operation mode of the correspondent mobile host is active and buffering of packet therein is not necessary; the sending/receiving controlling means causes the memory means store the receive packet, when the operation mode of the correspondent mobile host is active and buffering of packet therein is necessary; and the sending/receiving controlling means causes the memory means store the receive packet as well as notifies the arrival of the packet to the mobile host, when the operation mode of the correspondent mobile host is idle and buffering of packet therein is necessary.
Power tool, in particular a pipe press, comprising a drive, a transmission device, a threaded spindle drive and a linear actuator, wherein a torque generated by the drive is transmissible via the transmission device and the threaded spindle drive to the linear actuator, by a coupling device for converting a rotational movement generated by the transmission device into a linear movement, to be transmitted to the threaded spindle drive, from the transmission device to the threaded spindle drive, characterized in that at least one spring element for reducing torsion acting on the coupling device is comprised.
A hydraulic tank having a longitudinal axis (2; 14) and comprising a tubular side wall (5; 17), which extends around the longitudinal axis (2; 14), is delimited by an outer surface (6; 18) and by an inner surface and has a plurality of slots (8; 19) obtained on the outer surface (6; 18); and characterized in that at least part of the slots (8; 19) are hexagonal slots (8; 19) aligned with one another along at least one row of hexagonal slots (8; 19) parallel to the longitudinal axis (2; 14).
A zirconia-based porous body in the form of particles, the zirconia-based porous body having a pore diameter peak at 20 to 100 nm in the pore diameter distribution by BJH method, a P/W ratio of 0.05 or more wherein W represents half width of the peak and P represents height of the peak in the measured pore distribution curve, and a total pore volume of 0.5 cm 3 /g or more; and the zirconia-based porous body having a pore diameter peak at 20 to 100 nm, the P/W ratio of 0.03 or more, a specific surface area of at least 40 m 2 /g, and a total pore volume of 0.3 cm 3 /g or more, after heat treatment at 1000°C for 12 hours. the zirconia-based porous body having a pore diameter peak at 20 to 100 nm in the pore diameter distribution by BJH method, a P/W ratio of 0.05 or more wherein W represents half width of the peak and P represents height of the peak in the measured pore distribution curve, and a total pore volume of 0.5 cm 3 /g or more; and the zirconia-based porous body having a pore diameter peak at 20 to 100 nm, the P/W ratio of 0.03 or more, a specific surface area of at least 40 m 2 /g, and a total pore volume of 0.3 cm 3 /g or more, after heat treatment at 1000°C for 12 hours.
A microbiological culture medium suitable for culturing of a biogas purifying consortium of microorganisms, characterised in that it is composed of KH 2 PO 4 100 g/500 L, MgCl 2 x6H 2 O 50 g/500 L, Ca(NO 3) 2 x4H 2 O 50 g/500 L and FeSO 4 x7H 2 O 40 g/500 L and trace elements ZnSO 4 5.0 g/500 L, MnCl 2 10.0 g/500 L, CoCl 2 3.0 g/500 L, CuSO 4 2.0 g/500 L and (NH 4) 2 MoO 4 1.0 g/500 L.
A method for setting a speed-regulation loop of a variable speed drive which is designed to control a motor connected to a lifting load comprising an elevator car, characterized in that the method comprises a step of computing a proportional gain (K p) and an integral gain (K I) of the speed-regulation loop, as a function of the nominal linear speed (V nom) of the load, of the nominal frequency of rotation (F nom) of the motor, of the number of pairs of poles (P N) of the motor and of the total weight (M tot) of the load, the total weight (M tot) being a predetermined parameter not measured by a sensor.
A separating apparatus for a combine harvester, which comprises a plurality of mutually juxtaposed straw walkers formed from a plurality of stages, the stages thereof each having a respective lining arranged between two walker combs projecting portionwise beyond the lining, and the lining has a surface provided with through openings for the separation of grains from a grain-straw mixture characterised in that at least one elastic element lies on the surface of the lining of at least one stage of the respective straw walker, which element is fixed with one end to the straw walker and otherwise rests freely moveably on the surface of the lining, and the at least one elastic element can be induced to perform an oscillating movement by the movement of the separating apparatus.
A system comprising: a plurality of lockers positioned within a theme park attraction area, including an attraction; an electronically actuable lock disposed on at least one locker of the plurality of lockers, wherein the electronically actuable lock is configured to be electronically actuated by a guest identifier that is carriable by a guest; an egress sensor positioned at an exit of the theme park attraction area and configured to detect the guest identifier within an area proximate to the egress sensor, wherein the plurality of lockers are positioned between the attraction and the egress sensor; and a processor in communication with the electronically actuable lock locked after actuation by the guest identifier and in communication with the egress sensor, the processor configured to alert an operator when the egress sensor detects the guest identifier while the electronically actuable lock locked after actuation by the guest identifier has not been unlocked and/or the guest's belongings are determined by an object sensor to be present within the at least one locker comprising the electronically actuable lock locked after actuation by the guest identifier. a plurality of lockers positioned within a theme park attraction area, including an attraction; an electronically actuable lock disposed on at least one locker of the plurality of lockers, wherein the electronically actuable lock is configured to be electronically actuated by a guest identifier that is carriable by a guest; an egress sensor positioned at an exit of the theme park attraction area and configured to detect the guest identifier within an area proximate to the egress sensor, wherein the plurality of lockers are positioned between the attraction and the egress sensor; and a processor in communication with the electronically actuable lock locked after actuation by the guest identifier and in communication with the egress sensor, the processor configured to alert an operator when the egress sensor detects the guest identifier while the electronically actuable lock locked after actuation by the guest identifier has not been unlocked and/or the guest's belongings are determined by an object sensor to be present within the at least one locker comprising the electronically actuable lock locked after actuation by the guest identifier.
An Aβ fragment-binding molecule characterized in that said molecule is an antibody or fragment thereof that specifically binds to a neo-C-terminal fragment of Aβ peptide obtained by cleavage of said Aβ peptide between two consecutive amino acids located between positions 20 and 26 on the amino acid sequence of said Aβ peptide, but does not bind to Aβ peptides of 40, 42 and/or 43 amino acids (Aβ1-40, Aβ1-42, Aβ1-43).
A method for forming a mixed percarboxylic acid composition on-site comprising: (a) providing a reaction mixture comprising: (i) a first ester of a polyhydric alcohol and a C1 to C18 carboxylic acid; (ii) a source of alkalinity selected from the group consisting of an alkali metal hydroxide, an earth alkali metal hydroxide, an alkali metal silicate, borates, and mixtures thereof; and (iii) an oxidizing agent; (b) allowing the reaction mixture to react for a sufficient amount of time, and then adding a second ester of a polyhydric alcohol and a C1 to C18 carboxylic acid; and (c) after addition of the second ester allowing the mixture to react for a sufficient amount of time such that a mixed peroxycarboxylic acid composition forms ex situ from a bleaching, antimicrobial, sanitizing and/or and disinfecting application; wherein the reaction mixture has a pH greater than 12, is not at equilibrium, and contains less than 0.5 wt-% of a stabilizing agent. (a) providing a reaction mixture comprising: (i) a first ester of a polyhydric alcohol and a C1 to C18 carboxylic acid; (ii) a source of alkalinity selected from the group consisting of an alkali metal hydroxide, an earth alkali metal hydroxide, an alkali metal silicate, borates, and mixtures thereof; and (iii) an oxidizing agent; (i) a first ester of a polyhydric alcohol and a C1 to C18 carboxylic acid; (ii) a source of alkalinity selected from the group consisting of an alkali metal hydroxide, an earth alkali metal hydroxide, an alkali metal silicate, borates, and mixtures thereof; and (iii) an oxidizing agent; (b) allowing the reaction mixture to react for a sufficient amount of time, and then adding a second ester of a polyhydric alcohol and a C1 to C18 carboxylic acid; and (c) after addition of the second ester allowing the mixture to react for a sufficient amount of time such that a mixed peroxycarboxylic acid composition forms ex situ from a bleaching, antimicrobial, sanitizing and/or and disinfecting application; wherein the reaction mixture has a pH greater than 12, is not at equilibrium, and contains less than 0.5 wt-% of a stabilizing agent.
A door lock system for an appliance, in particular for a domestic appliance, preferably for a cooking oven, wherein the door lock system comprises: - a hook element engageable with a counterpart and pivotable around a pivot axis between an unlocked released state where the hook element is not engaged with the counterpart and a locked released state and movable along a main axis perpendicular to said pivot axis between the locked released state and a locked pulled state where the hook element pulls the counterpart towards said door lock system, and - a first sliding member movable along the main axis, - the first sliding member is provided for pivoting the hook element to the locked released state, and - at least one further sliding member (20, 22) is movable along the main axis and provided for pulling the hook element to the locked pulled state, characterized in that the door lock system comprises at least one motor for driving the sliding members (18, 20, 22) and the door lock system comprises at least one detecting element for detecting the presence and/or proximity of a counterpart engageable with the hook element. - a hook element engageable with a counterpart and pivotable around a pivot axis between an unlocked released state where the hook element is not engaged with the counterpart and a locked released state and movable along a main axis perpendicular to said pivot axis between the locked released state and a locked pulled state where the hook element pulls the counterpart towards said door lock system, and - a first sliding member movable along the main axis, - the first sliding member is provided for pivoting the hook element to the locked released state, and - at least one further sliding member (20, 22) is movable along the main axis and provided for pulling the hook element to the locked pulled state,
Process for preparation of acrylic acid, comprising at least the following steps: a. dehydrating glycerine to a dehydration product comprising acrolein; b. gas phase oxidation of the dehydration product to obtain a monomer gas comprising acrylic acid; c. contacting the monomer gas with a quenching agent to obtain a quenched phase comprising acrylic acid; d. working up the quenched phase to obtain a monomer phase comprising acrylic acid; wherein a liquid phase a1 and a gas phase a2 are present during the dehydrating step, wherein a multiplicity of gas bubbles are generated in the liquid phase a1, wherein the dehydrating step is at least partially effected in the liquid phase and wherein at least some of the multiplicity of gas bubbles are conducted or divided within the liquid phase a1. a. dehydrating glycerine to a dehydration product comprising acrolein; b. gas phase oxidation of the dehydration product to obtain a monomer gas comprising acrylic acid; c. contacting the monomer gas with a quenching agent to obtain a quenched phase comprising acrylic acid; d. working up the quenched phase to obtain a monomer phase comprising acrylic acid;
Steering assembly including a serration connection for an automotive vehicle comprising: - a steering wheel comprising at least one wheel bearing having at least one connection part presenting gear teeth and gear teeth gaps and - a steering column comprising a column bearing having at least one connection part presenting gear teeth and gear teeth gaps; the respective gear teeth and gear teeth gaps of the wheel bearing and of the column bearing being intended to cooperate together to connect in transmission the steering wheel and the steering column; and wherein at least one tooth gap of the wheel bearing is at least partially filled with a removable filling material; the corresponding area of the column bearing, respectively, facing the at least partially filled tooth gap, comprises at least one recess, and such arrangement is the initial position of the wheel bearing. - a steering wheel comprising at least one wheel bearing having at least one connection part presenting gear teeth and gear teeth gaps and - a steering column comprising a column bearing having at least one connection part presenting gear teeth and gear teeth gaps; at least one tooth gap of the wheel bearing is at least partially filled with a removable filling material; the corresponding area of the column bearing, respectively, facing the at least partially filled tooth gap, comprises at least one recess, and such arrangement is the initial position of the wheel bearing.
A resource selection apparatus used in a first eNB, the resource selection apparatus comprising: a first transmitting unit configured to transmit a handover request to a second eNB according to a measurement result transmitted by UE, the handover request comprising information on that the UE is performing D2D communication, and an allocation mode and a resource location of a D2D communication resource used by the UE; a first receiving unit configured to receive configuration information fed back by the second eNB according to the handover request, the configuration information comprising a time-frequency location of a resource pool configured in a resource allocation scheme of mode 2 by the second eNB, and information indicating whether the second eNB supports a resource allocation scheme in a resource allocation scheme of mode 1, and a resource location of a resource allocated in the resource allocation scheme of mode 1 by the second eNB; or the configuration information comprising a time-frequency location of a resource pool configured in a resource allocation scheme of mode 2 by the second eNB and a resource location of a resource allocated in the resource allocation scheme of mode 1 by the second eNB; and a first configuring unit configured to configure the configuration information for the UE, wherein the resource allocation scheme of mode 1 denotes that the resource for D2D communication is scheduled by an eNB; and the resource allocation scheme of mode 2 denotes that the resource for D2D communication is selected by UE from the resource pool. a first transmitting unit configured to transmit a handover request to a second eNB according to a measurement result transmitted by UE, the handover request comprising information on that the UE is performing D2D communication, and an allocation mode and a resource location of a D2D communication resource used by the UE; a first receiving unit configured to receive configuration information fed back by the second eNB according to the handover request, the configuration information comprising a time-frequency location of a resource pool configured in a resource allocation scheme of mode 2 by the second eNB, and information indicating whether the second eNB supports a resource allocation scheme in a resource allocation scheme of mode 1, and a resource location of a resource allocated in the resource allocation scheme of mode 1 by the second eNB; or the configuration information comprising a time-frequency location of a resource pool configured in a resource allocation scheme of mode 2 by the second eNB and a resource location of a resource allocated in the resource allocation scheme of mode 1 by the second eNB; and a first configuring unit configured to configure the configuration information for the UE, wherein the resource allocation scheme of mode 1 denotes that the resource for D2D communication is scheduled by an eNB; and the resource allocation scheme of mode 2 denotes that the resource for D2D communication is selected by UE from the resource pool.
A medical test card (100, 300) for detecting an analyte comprising: a planar body (105, 305); an analyte detection means (110, 310) enclosed within the planar body (105, 305), the analyte detection means (110, 310) configured to provide a colorimetric change when a portion of the analyte detection means (110, 310) is contacted with the analyte; an opening feature (115, 315) comprising a strip (190, 390) in the planar body (105, 305), wherein the analyte detection means (110, 310) is coupled to a face (195, 395) of the strip (190, 390), the strip (190, 390) having a pull tab (185, 385) which when lifted pivots the strip (190, 390) away from the planar body (105, 305) so that the strip (190, 390) extends from the planar body (105, 305) to provide access to the analyte detection means (110, 310) enclosed within the planar body (105, 305) to contact the analyte detection means (110, 310) with a sample; and an optical code (120, 320) including information identifying the analyte detection means (110, 310). a planar body (105, 305); an analyte detection means (110, 310) enclosed within the planar body (105, 305), the analyte detection means (110, 310) configured to provide a colorimetric change when a portion of the analyte detection means (110, 310) is contacted with the analyte; an opening feature (115, 315) comprising a strip (190, 390) in the planar body (105, 305), wherein the analyte detection means (110, 310) is coupled to a face (195, 395) of the strip (190, 390), the strip (190, 390) having a pull tab (185, 385) which when lifted pivots the strip (190, 390) away from the planar body (105, 305) so that the strip (190, 390) extends from the planar body (105, 305) to provide access to the analyte detection means (110, 310) enclosed within the planar body (105, 305) to contact the analyte detection means (110, 310) with a sample; and an optical code (120, 320) including information identifying the analyte detection means (110, 310).
A method for sheathing profiles having a support profile and a sealing strip held thereon and made of deformable material, wherein an engagement part of the sealing strip rests on a support surface of the support profile and wherein the engagement part is temporarily lifted from the support surface in order to press a decorative material, with which the support profile is sheathed, against the support surface, characterized in that the lifting of the support part and the pressing of the decorative material against the support surface are achieved with a single pressure roller, which has a collar pressing against the sealing strip, and a pressure ring biased against the support surface in the axial direction of the pressure roller.