mhurhangee/patent-ind-claim-en huggingface dataset:
Door body which has a frame as well as a glass door plate attached to said frame , wherein said frame has an outer glass surface plate layer , a central glass surface plate layer and an inner glass surface plate layer separated from one another, wherein the central glass surface plate layer is connected by sealing elements to the outer glass surface plate layer and the inner glass surface plate layer respectively, so that a sealing cavity is formed in each case between two adjacent glass surface plate layers and wherein at least one glass surface plate layer is attached to the frame by an adhesive element , characterised in that the door body has a gap between the circumferential dimensions of the central glass surface plate layer and of the inner glass surface plate layer relative to the frame , wherein a sealing lining is provided between the inner glass surface plate layer and the frame .
A method for monitoring impairment indicators, the method comprising: during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first biological signal of the worker with a biological sensor attached to the worker; electronically storing at least one numerical descriptor derived from the first movement signal and at least one numerical descriptor derived from the first biological signal as reference data for the worker; during a second time window, measuring a second signal related to movement of the worker with the movement sensor, and measuring a second biological signal of the worker with the biological sensor, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment (PPE) worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal and at least one numerical descriptor derived from the second biological signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations. during a first time window, measuring a first movement signal related to movement of a worker with a movement sensor associated with the worker, and measuring a first biological signal of the worker with a biological sensor attached to the worker; electronically storing at least one numerical descriptor derived from the first movement signal and at least one numerical descriptor derived from the first biological signal as reference data for the worker; during a second time window, measuring a second signal related to movement of the worker with the movement sensor, and measuring a second biological signal of the worker with the biological sensor, wherein the movement sensor is housed in a housing, which is a vest or hard hat that are personal protection equipment (PPE) worn by the worker for an occupation; comparing, by a processor, at least one numerical descriptor derived from the second signal and at least one numerical descriptor derived from the second biological signal to the reference data to identify an impairment indicator, which can be used to proactively identify and mitigate potential safety situations.
A method for establishing communications comprising: receiving first communications at a communication module from an originator in a first format, wherein the first format is an audio call format and wherein the first communications are terminated by the originator; converting said first communications into a second format, wherein the second format is a text format; providing said first communications in the second format to a user device of a receiver different than the originator; receiving second communications at the communication module from the user device in said second format; converting said second communications into said first format; and providing said second communications in the first format to the originator, wherein providing said second communications in the first format to said originator comprises the originator being called back. receiving first communications at a communication module from an originator in a first format, wherein the first format is an audio call format and wherein the first communications are terminated by the originator; converting said first communications into a second format, wherein the second format is a text format; providing said first communications in the second format to a user device of a receiver different than the originator; receiving second communications at the communication module from the user device in said second format; converting said second communications into said first format; and providing said second communications in the first format to the originator, wherein providing said second communications in the first format to said originator comprises the originator being called back.
An in vitro method of determining whether a subject suffers from idiopathic steroid sensitive nephrotic syndrome (INS) comprising i) determining the concentration of plasma anti-UCHL1 IgG in a blood sample obtained from the subject ii) comparing the concentration determined at step i) with a predetermined reference value and iii) concluding that the subject suffer from idiopathic steroid sensitive nephrotic syndrome when the concentration determined at step i) is higher than the predetermined reference value.
An image forming apparatus comprising - an identification-mark making unit that makes a page identification mark for identifying a page, on a predetermined position of a paper sheet during printing, wherein the identification-mark making unit , based on the page identification mark made in a previous printing, includes a correction/addition mark (12a1,13a1,13b1) that indicates an existence of a correction page or an additional page since the previous printing in a part of the page identification mark when a new print output is performed. - an identification-mark making unit that makes a page identification mark for identifying a page, on a predetermined position of a paper sheet during printing, wherein the identification-mark making unit , based on the page identification mark made in a previous printing, includes a correction/addition mark (12a1,13a1,13b1) that indicates an existence of a correction page or an additional page since the previous printing in a part of the page identification mark when a new print output is performed.
An electronic device comprising: a rechargeable battery ; a first battery charger that is configured to charge the rechargeable battery by power supplied from an external power supply; a second battery charger that is configured to charge the rechargeable battery by a solar panel; and a processor that is configured to charge the rechargeable battery to a first voltage by the first battery charger , and to charge the rechargeable battery to a second voltage lower than the first voltage by the second battery charger . a rechargeable battery ; a first battery charger that is configured to charge the rechargeable battery by power supplied from an external power supply; a second battery charger that is configured to charge the rechargeable battery by a solar panel; and a processor that is configured to charge the rechargeable battery to a first voltage by the first battery charger , and to charge the rechargeable battery to a second voltage lower than the first voltage by the second battery charger .
A cleaning apparatus (3400; 3500) comprising: a surface cleaning head including: a housing defining an opening on an underside of said housing , and an agitation chamber configured to at least partially receive a rotating agitator therein; a combing unit configured to be disposed at least partially within said agitation chamber , said combing unit including at least one combing protrusion extending towards said agitator ; and at least one of: at least one combing isolator disposed at least partially between said combing unit and said surface cleaning head , said combing isolator comprising an elastomeric material configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise; or a panel and a panel isolator disposed at least partially between said housing and said panel , said panel defining another portion of said agitation chamber , wherein said panel is configured to move between a closed position and an open position, and wherein said panel isolator is configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise. a surface cleaning head including: a housing defining an opening on an underside of said housing , and an agitation chamber configured to at least partially receive a rotating agitator therein; a housing defining an opening on an underside of said housing , and an agitation chamber configured to at least partially receive a rotating agitator therein; a combing unit configured to be disposed at least partially within said agitation chamber , said combing unit including at least one combing protrusion extending towards said agitator ; and at least one of: at least one combing isolator disposed at least partially between said combing unit and said surface cleaning head , said combing isolator comprising an elastomeric material configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise; or a panel and a panel isolator disposed at least partially between said housing and said panel , said panel defining another portion of said agitation chamber , wherein said panel is configured to move between a closed position and an open position, and wherein said panel isolator is configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise. at least one combing isolator disposed at least partially between said combing unit and said surface cleaning head , said combing isolator comprising an elastomeric material configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise; or a panel and a panel isolator disposed at least partially between said housing and said panel , said panel defining another portion of said agitation chamber , wherein said panel is configured to move between a closed position and an open position, and wherein said panel isolator is configured to absorb mechanical vibration generated by contact between said agitator and said combing unit to reduce noise.
A kit for the preparation of a cellblock from a cytological sample, comprising: a) an aqueous solution of a gellable alginate salt comprising a first colouring agent having a first colour, suitable for forming a gel matrix wherein said cytological sample is embedded; b) an aqueous solution of a gellable alginate salt comprising a second colouring agent having a second colour different from said first colour of the first colouring agent, suitable for forming a gel layer coating said matrix; c) an aqueous solution of a gelling agent for said solutions of alginate salt, wherein said first colouring agent and said second colouring agent are colouring agents belonging to the class of triphenylmethane or of azoic dyes. a) an aqueous solution of a gellable alginate salt comprising a first colouring agent having a first colour, suitable for forming a gel matrix wherein said cytological sample is embedded; b) an aqueous solution of a gellable alginate salt comprising a second colouring agent having a second colour different from said first colour of the first colouring agent, suitable for forming a gel layer coating said matrix; c) an aqueous solution of a gelling agent for said solutions of alginate salt,
A vehicle body frame structure of a straddle-type vehicle in which a driving power transmission mechanism which transmits rotational power of a driving source to a rear wheel is placed on a first side in a vehicle width direction, with respect to a center line of a vehicle body, which center line is centrally arranged in the vehicle width direction, the vehicle body frame structure comprising: a head pipe ; and a pair of main frames extending rearward and outward in the vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein the pair of main frames include rearward extension sections extending rearward from the head pipe , bent sections including bent joint members and located at rear end portions of the rearward extension sections, and a pair of downward extension sections extending downward from the bent sections , wherein each of the pair of downward extension sections includes a plurality of joint members (23 to 25) which are placed below the bent joint members and arranged in a vehicle height direction, and a plurality of pipe members (26 to 28) connecting the joint members (23 to 25) to each other by welding, and characterized in that the downward extension section located on a second side, which is on the opposite side of the driving power transmission mechanism and in the vehicle width direction opposite the first side with respect to the center line, has a stiffness lower than that of the downward extension section located on the first side of the center line. a head pipe ; and a pair of main frames extending rearward and outward in the vehicle width direction from the head pipe in such a manner that the main frames are spaced apart from each other in the vehicle width direction, wherein the pair of main frames include rearward extension sections extending rearward from the head pipe , bent sections including bent joint members and located at rear end portions of the rearward extension sections, and a pair of downward extension sections extending downward from the bent sections , wherein each of the pair of downward extension sections includes a plurality of joint members (23 to 25) which are placed below the bent joint members and arranged in a vehicle height direction, and a plurality of pipe members (26 to 28) connecting the joint members (23 to 25) to each other by welding, and characterized in that the downward extension section located on a second side, which is on the opposite side of the driving power transmission mechanism and in the vehicle width direction opposite the first side with respect to the center line, has a stiffness lower than that of the downward extension section located on the first side of the center line.
A compound having the structure of Formula (Ib): TM-L-AM (Ib), wherein TM is a targeting moiety that comprises an immunoglobulin that specifically binds to a tumor antigen on a tumor cell, wherein the tumor antigen is ErbB2 (Her2) or EGFR, L is a linker, and AM is an activating moiety that is 4-amino-2-(ethoxymethyl)-a,a-di-methyl-1H-imidazo[4,5-c]quinoline-1-ethanol (Resiquimod) represented by structure: wherein is the point to be connected to the linker L, for use in the treatment of cancer.
Operator-independent compact spring-action switching mechanism for an electromechanical protective switching device , in particular for a circuit breaker or residual current circuit breaker, - having a switching contact having a fixed contact and a moving contact which is movable relative to said fixed contact and is assembled on a moving contact carrier , wherein the moving contact carrier for manually operating the compact spring-action switching mechanism by way of a drive bracket is able to be mechanically coupled to a manual activation element of the protective switching device so as to manually close or open the switching contact; and - having a blocking lever which is able to be mechanically coupled to the manual activation element and in a first phase of a closing movement of the moving contact is movable in a first direction x pointing in the direction of the switching contact, so as to block the moving contact carrier in terms of the movement thereof; - wherein the blocking lever in a second phase of the closing movement, by a movement in a second direction y, abruptly releases the blocking action of the moving contact carrier ; characterized - in that the blocking lever is configured in two parts, having a first part and a second part ; and - in that the abrupt movement in the second direction y is implemented by the first part , whereas the blocking of the moving contact carrier is implemented by the second part of the blocking lever . - having a switching contact having a fixed contact and a moving contact which is movable relative to said fixed contact and is assembled on a moving contact carrier , wherein the moving contact carrier for manually operating the compact spring-action switching mechanism by way of a drive bracket is able to be mechanically coupled to a manual activation element of the protective switching device so as to manually close or open the switching contact; and - having a blocking lever which is able to be mechanically coupled to the manual activation element and in a first phase of a closing movement of the moving contact is movable in a first direction x pointing in the direction of the switching contact, so as to block the moving contact carrier in terms of the movement thereof; - wherein the blocking lever in a second phase of the closing movement, by a movement in a second direction y, abruptly releases the blocking action of the moving contact carrier ; characterized - in that the blocking lever is configured in two parts, having a first part and a second part ; and - in that the abrupt movement in the second direction y is implemented by the first part , whereas the blocking of the moving contact carrier is implemented by the second part of the blocking lever .
A pH sensor comprising a metal oxide-polymer composite , comprising: a continuous polymer resin matrix; and a solid particulate component dispersed in the polymer resin matrix comprising (i) metal oxides and (ii) a particulate carbon-based conductor wherein the metal oxides comprise Ta 2 O 5 and RuO 2 in a weight ratio of Ta 2 O 5 : RuO 2 (on the basis of weight of metal component) in the range of from 90:10 to 10:90. a continuous polymer resin matrix; and a solid particulate component dispersed in the polymer resin matrix comprising (i) metal oxides and (ii) a particulate carbon-based conductor wherein the metal oxides comprise Ta 2 O 5 and RuO 2 in a weight ratio of Ta 2 O 5 : RuO 2 (on the basis of weight of metal component) in the range of from 90:10 to 10:90.
An abatement device that processes exhaust gas (G1, G2) containing silicon and exhaust gas containing fluorine, the abatement device comprising:means for converting the silicon from the exhaust gas containing silicon into granular silicon dioxide (SiO2) and the fluorine from the exhaust gas containing fluorine into hydrogen fluoride gas (HF, G3) and for incorporating the granular silicon dioxide and the hydrogen fluoride into circulating water (R2) thus separating them from the exhaust gases; a drain tank for holding circulating water that dissolves silicon dioxide produced from the exhaust gas containing the silicon and hydrogen fluoride produced from the exhaust gas containing the fluorine; a circulation path (r) communicating with the drain tank; a drain valve provided to the circulation path to drain a part of the circulating water outside; a makeup water supply means for supplying makeup water to the circulation path; and a control means for controlling the drain valve and the makeup water supply means to control an average drainage flow of the circulating water within the circulation path, wherein the control means lowers the average drainage flow of the circulating water to a low flow, when a ratio of a concentration of the silicon dioxide within the circulating water to a concentration of the hydrogen fluoride within the circulating water is greater than or equal to a predetermined value at which hydrofluorosilicic acid can be produced, and raises the average drainage flow of the circulating water to a high flow higher than the low flow, when the ratio of the concentration of the silicon dioxide within the circulating water to the concentration of the hydrogen fluoride within the circulating water is less than the predetermined value.
System for power and/or energy consumption metering on an AC powerline network , said network supplying a plurality of channels (C 1 ,C 2 ,...,C n ) with a respective electrical load (L 1 ,L 2 ,...,L n ), the system comprising: - A central unit connected to said AC powerline network , said central unit comprising a single central voltmeter and a power supply unit , said central voltmeter being supplied by the power supply unit ; - A plurality of clamped-on units , distributed over each channel (C 1 ,C 2 ,...,C n ) to be measured, each clamped-on unit being clipped around existing cables of said AC powerline network , and comprising a current transformer in order to measure current values, wherein said plurality of clamped-on units are connected to the central unit for data transmission and synchronization, and for power supply by said power supply unit , wherein a wireless link is provided between the plurality of clamped-on units and the central unit , characterized in that said clamped-on units are mounted on an electrical panel, and wherein an induction coil is further provided around said electrical panel for power transmission to said clamped-on units and data transmission to and from said clamped-on units . - A central unit connected to said AC powerline network , said central unit comprising a single central voltmeter and a power supply unit , said central voltmeter being supplied by the power supply unit ; - A plurality of clamped-on units , distributed over each channel (C 1 ,C 2 ,...,C n ) to be measured, each clamped-on unit being clipped around existing cables of said AC powerline network , and comprising a current transformer in order to measure current values, wherein said plurality of clamped-on units are connected to the central unit for data transmission and synchronization, and for power supply by said power supply unit , wherein a wireless link is provided between the plurality of clamped-on units and the central unit , characterized in that said clamped-on units are mounted on an electrical panel, and wherein an induction coil is further provided around said electrical panel for power transmission to said clamped-on units and data transmission to and from said clamped-on units .
An isolated antibody that binds HBsAg comprising: (i) a heavy chain (HC) comprising the amino acid sequence according to SEQ ID NO:91; and (ii) a light chain (LC) comprising the amino acid sequence according to SEQ ID NO:93. (i) a heavy chain (HC) comprising the amino acid sequence according to SEQ ID NO:91; and (ii) a light chain (LC) comprising the amino acid sequence according to SEQ ID NO:93.