mhurhangee/ep-ind-claims huggingface dataset:
A computer implemented method comprising: presenting, by a device having a tearable display (100a, 200a), first content (102a, 202a) on the tearable display, wherein the tearable display comprises one or more processors and a plurality of sensors; determining, by one of the processors, using the input of the sensors, a degree of a partial tear in the display, the determination being based on a number of sensors that report a disconnection and respective distances between the sensors, the tear in the tearable display defining a first portion (100b, 200b) and a second portion (110, 210) of the tearable display; determining, by the device, a size of the second portion of the tearable display, wherein determining the size of the second portion of the tearable display comprises determining an extrapolated path between an end of the tear and an edge of the tearable display; presenting, by the device, second content within the second portion of the tearable display including sizing the second content according to the size of the second portion of the tearable display, wherein the second content is different from the first content presented by the original tearable display, characterized in that presenting the second content within the second portion of the tearable display comprises presenting the second content when the degree of the partial tear satisfies a threshold. presenting, by a device having a tearable display (100a, 200a), first content (102a, 202a) on the tearable display, wherein the tearable display comprises one or more processors and a plurality of sensors; determining, by one of the processors, using the input of the sensors, a degree of a partial tear in the display, the determination being based on a number of sensors that report a disconnection and respective distances between the sensors, the tear in the tearable display defining a first portion (100b, 200b) and a second portion (110, 210) of the tearable display; determining, by the device, a size of the second portion of the tearable display, wherein determining the size of the second portion of the tearable display comprises determining an extrapolated path between an end of the tear and an edge of the tearable display; presenting, by the device, second content within the second portion of the tearable display including sizing the second content according to the size of the second portion of the tearable display, wherein the second content is different from the first content presented by the original tearable display, characterized in that presenting the second content within the second portion of the tearable display comprises presenting the second content when the degree of the partial tear satisfies a threshold.
A conveyor comprising: a supply roll on which is wound a belt-shaped cell material that is a material for an electrode or a separator, characterized by the supply roll intermittently feeding out the cell material by rotating; detection means for detecting the amount of the cell material remaining on the supply roll; and brake force applying means for applying brake force to the rotation of the supply roll based on the amount of the cell material detected by the detection means a supply roll on which is wound a belt-shaped cell material that is a material for an electrode or a separator, characterized by the supply roll intermittently feeding out the cell material by rotating; detection means for detecting the amount of the cell material remaining on the supply roll; and brake force applying means for applying brake force to the rotation of the supply roll based on the amount of the cell material detected by the detection means
A flat-panel illuminator comprising: a concentrating reflector including a curved reflective portion; a light guide including a planar face and an input edge positioned adjacent the concentrating reflector; and one or more light emitters arranged within the concentrating reflector and spaced from the input edge of the light guide by an air-filled gap, wherein the curved reflective portion is a parabolic reflective portion, wherein the concentrating reflector includes a planar reflective portion, and wherein the light guide is positioned at least partially between the parabolic reflective portion and the planar reflective portion. a concentrating reflector including a curved reflective portion; a light guide including a planar face and an input edge positioned adjacent the concentrating reflector; and one or more light emitters arranged within the concentrating reflector and spaced from the input edge of the light guide by an air-filled gap, wherein the curved reflective portion is a parabolic reflective portion, wherein the concentrating reflector includes a planar reflective portion, and wherein the light guide is positioned at least partially between the parabolic reflective portion and the planar reflective portion.
Multipurpose heating and refrigerating unit comprising a primary refrigerating circuit, a secondary refrigerating circuit, a first water-producing circuit producing water at a first temperature, a second water-producing circuit producing water at a second temperature above the first temperature, a third circuit producing water at a third temperature above the second temperature, said primary refrigerating circuit comprising at least one low-pressure primary heat exchanger connected to said first water-producing circuit, at least one first high-pressure primary heat exchanger connected to said second water-producing circuit, a compressor and an expansion device, at least one second primary air heat exchanger adapted to act selectively in high-pressure heat exchanger mode as an alternative to the first high-pressure primary heat exchanger or in low-pressure heat exchanger mode as an alternative to the low-pressure primary heat exchanger, and valve means (20, 21, 22) for selecting the low-pressure primary heat exchanger and the first high-pressure primary heat exchanger for the primary refrigerating circuit, said secondary refrigerating circuit comprising at least one first low-pressure secondary heat exchanger connected to said second water-producing circuit, and at least one first high-pressure secondary heat exchanger connected to said third water-producing circuit, characterized in that said primary refrigerating circuit further comprises, upstream of said first high-pressure primary heat exchanger, a second high-pressure primary heat exchanger connected to a section of said third water-producing circuit upstream of said first high-pressure secondary heat exchanger, said second high-pressure primary heat exchanger having the function of a desuperheater in said primary refrigerating circuit, said valve means (20, 21, 22) including a four-way valve, a first interception valve and a second interception valve, said four-way valve selectively connecting the second high-pressure primary heat exchanger to said first high-pressure primary heat exchanger, to said second primary air heat exchanger in high-pressure heat exchanger mode, and to said second primary air heat exchanger in low pressure heat exchanger mode, said first interception valve being open and said second interception valve being closed to connect said first high-pressure primary heat exchanger to said second primary air heat exchanger in low-pressure heat exchanger mode, said first interception valve being closed and said second interception valve being open either to connect said first high-pressure primary heat exchanger to said low-pressure primary heat exchanger or to connect said second primary air heat exchanger in high-pressure heat exchanger mode to said low-pressure primary heat exchanger.
A method for thermally treating a metallic component under a hydrogen-containing inert gas atmosphere, wherein - the metallic component is introduced into a vacuum chamber (20, 21), - vacuum is drawn, - the metallic component is introduced into a thermal treatment section filled with a hydrogen-containing inert gas atmosphere for heat treatment, which section is adjacent to the vacuum chamber (20, 21), wherein the inert gas is purified from the thermal treatment section in a molecular sieve, characterized in that the inert gas is removed for purification at an end portion of the thermal treatment section and the purified inert gas is fed in a center portion of the thermal treatment section, wherein the whole system is operated with an above-atmospheric pressure, - the metallic component is introduced into a vacuum chamber (20, 21) after thermal treatment has taken place, - vacuum is drawn, and - the metallic component is then passed into the external atmosphere. - the metallic component is introduced into a vacuum chamber (20, 21), - vacuum is drawn, - the metallic component is introduced into a thermal treatment section filled with a hydrogen-containing inert gas atmosphere for heat treatment, which section is adjacent to the vacuum chamber (20, 21), wherein the inert gas is purified from the thermal treatment section in a molecular sieve, characterized in that the inert gas is removed for purification at an end portion of the thermal treatment section and the purified inert gas is fed in a center portion of the thermal treatment section, wherein the whole system is operated with an above-atmospheric pressure, - the metallic component is introduced into a vacuum chamber (20, 21) after thermal treatment has taken place, - vacuum is drawn, and - the metallic component is then passed into the external atmosphere.
A transgenic mouse wherein the mouse is obtainable from genetic modification comprising homozygous knockout of an endogenous erythropoietin (Epo) gene and introduction of an extraneous Epo gene as a transgene, wherein the extraneous transgene is a region from 3.3-kb upstream to 4.5-kb downstream of a transcription start site of the Epo gene and wherein the mouse spontaneously develops anemia after birth.
A pressure sensitive adhesive composition comprising polyolefin emulsions and the emulsion polymerization product of a monomer mixture, the monomer mixture comprising: (a) equal to or greater than 50wt% of one or more acrylic acid ester or methacrylic acid ester(s); (b) 0.1 to 5wt% of one or more hydroxyl functional (meth)acrylic monomer(s); (c) 0.05 to 3wt% of one or more ureido substituted (meth)acrylate monomer(s); (d) optionally 0 to 10wt% of one or more hydrocarbon monomer(s); and (e) optionally 0 to 6wt% of one or more ethylenically unsaturated carboxylic acid(s); wherein the wt% is based on the total weight of the monomer mixture. (a) equal to or greater than 50wt% of one or more acrylic acid ester or methacrylic acid ester(s); (b) 0.1 to 5wt% of one or more hydroxyl functional (meth)acrylic monomer(s); (c) 0.05 to 3wt% of one or more ureido substituted (meth)acrylate monomer(s); (d) optionally 0 to 10wt% of one or more hydrocarbon monomer(s); and (e) optionally 0 to 6wt% of one or more ethylenically unsaturated carboxylic acid(s); wherein the wt% is based on the total weight of the monomer mixture.
A method for establishing an authenticated communication session between a client and a server over a communications network, the client identified by a credential which is unavailable to the client, the method comprising: transmitting (58; 70; 84; 100; 116; 132; 146; 160; 176; 190) a service request to the server at a first location; receiving (60; 72; 86; 102; 118; 134; 148; 162; 178; 192), from the server, a token and a redirection to the server at a second location; and appending (62; 74; 88; 104; 120; 136; 150; 164; 180; 194) said token to said service request and retransmitting said service request together with said token to the server at said second location via an intermediate node, wherein said intermediate node appends the credential to said retransmitted service request and transmits said service request, said token and said credential to the server. transmitting (58; 70; 84; 100; 116; 132; 146; 160; 176; 190) a service request to the server at a first location; receiving (60; 72; 86; 102; 118; 134; 148; 162; 178; 192), from the server, a token and a redirection to the server at a second location; and appending (62; 74; 88; 104; 120; 136; 150; 164; 180; 194) said token to said service request and retransmitting said service request together with said token to the server at said second location via an intermediate node, wherein said intermediate node appends the credential to said retransmitted service request and transmits said service request, said token and said credential to the server.
Injection device with a housing, in which a syringe can be held, which has an injection needle, a holding chamber, a plunger tip, and a syringe plunger, and a control assembly for the controlled actuation of the syringe during an application process, which comprises at least one insertion stroke, an injection stroke, and a return stroke, wherein the control assembly has an actuation element for receiving a manual driving force (mF), a syringe holder which can be slid in relation to the housing and to which the holding chamber can be fastened, a plunger holder which can be slid in relation to the housing and to which the syringe plunger can be fastened, as well as a transmission device, which has a gearing for coupling the plunger holder to the actuation element, by means of which gearing the plunger holder can be driven in accordance with a motion of the actuation element relative to the housing, characterised in that the housing comprises a first outer housing part and a second outer housing part, which, by means of a pivot bearing provided between them, can be held such as to be movable between an open position, in which the syringe holder is accessible, and a closed position, in which the syringe holder is enclosed, wherein the transmission device comprises a coupling device between the plunger holder and the actuation element, which is separated in the open position, with a coupling means on the side with the plunger holder, and with coupling counter-means on the actuation element side, which in the closed position can be brought into positive-fit engagement taking effect in and against the injection direction.
An arrangement for the electrically conductive connection of a plurality of electrical lines (102A-102C, 301A-301D), which are provided with an electrically conductive shield, wherein the conductors of the lines are electrically conductively connected with one another in the region of a connecting point, wherein the arrangement (100; 300) comprises a mechanically stable housing (101; 302), which completely surrounds the connecting point, wherein the arrangement comprises a seal carrier, which has a cone, which is accommodated in the mounting position in the housing, characterized in that the seal carrier carries a line seal (404C, 404D) and a housing seal.
Sterilisation cassette for sanitised articles, comprising a perforated enclosure, a support for said sanitised articles and a device for immobilising said sanitised articles inside the perforated enclosure, characterised in that: the support for said sanitised articles comprises suspension slides, in that the immobilisation device comprises a barrier that is vertically movable between a low position, in which it blocks the suspension slides, and a high position, in which it releases the suspension slides, the movable barrier being connected to an activation finger, and in that the sterilisation cassette comprises an unlocking groove substantially parallel to the suspension slides, the activation finger being disposed in the unlocking groove.
A method performed by a terminal (1e-01, 1g-01) in a wireless communication system, the method comprising: receiving, from a base station (1e-03, 1g-03), information on contention-free random access, RA, resources for handover, wherein the information on the contention-free RA resources for handover includes information on a dedicated preamble resource and a RA preamble identifier; performing a contention-free RA procedure for handover based on the information on the contention-free RA resources for handover; deleting the information on the contention-free RA resources for handover upon completion of the contention-free RA procedure for handover; receiving, from the base station (1e-03, 1g-03), information on contention-free RA resources for beam failure recovery, BFR; and performing a contention-free RA procedure for BFR based on the information on the contention-free RA resources for BFR upon detecting a beam failure, wherein the information on the contention-free RA resources for BFR is not deleted upon completion of the contention-free RA procedure for BFR. receiving, from a base station (1e-03, 1g-03), information on contention-free random access, RA, resources for handover, wherein the information on the contention-free RA resources for handover includes information on a dedicated preamble resource and a RA preamble identifier; performing a contention-free RA procedure for handover based on the information on the contention-free RA resources for handover; deleting the information on the contention-free RA resources for handover upon completion of the contention-free RA procedure for handover; receiving, from the base station (1e-03, 1g-03), information on contention-free RA resources for beam failure recovery, BFR; and performing a contention-free RA procedure for BFR based on the information on the contention-free RA resources for BFR upon detecting a beam failure, wherein the information on the contention-free RA resources for BFR is not deleted upon completion of the contention-free RA procedure for BFR.
A method for detecting an oblique ear-probe insertion into an acoustic waveguide, the method comprising the steps of - inserting an ear probe (1, 101) into a waveguide; - emitting an acoustic stimulus into said waveguide via said ear probe (1, 101); - measuring an ear-probe response; - estimating a characteristic impedance ( Ẑ 0) of said waveguide from said measured ear-probe response in a plurality of frequency ranges of said ear-probe response; and - utilizing said estimated characteristic impedance ( Ẑ 0) for each of the plurality of said frequency ranges to characterize the degree of obliqueness in said ear-probe insertion. - inserting an ear probe (1, 101) into a waveguide; - emitting an acoustic stimulus into said waveguide via said ear probe (1, 101); - measuring an ear-probe response; - estimating a characteristic impedance ( Ẑ 0) of said waveguide from said measured ear-probe response in a plurality of frequency ranges of said ear-probe response; and - utilizing said estimated characteristic impedance ( Ẑ 0) for each of the plurality of said frequency ranges to characterize the degree of obliqueness in said ear-probe insertion.
A training device for coordination and/or balance training, comprising two foot plates which, in each case independently of each other, are mounted so as to be movable along guide rails essentially in a longitudinal direction of the guide rails, wherein the guide rails are, in each case, mounted so as to be movable along rocker rails essentially transversely to the longitudinal direction of the guide rails, wherein the rocker rails are fastened to a rocker comprising arched rocker skids, with the free ends of the rocker skids being movable jointly essentially vertically to a guide rail plane, wherein each rocker rail comprises, in each case, one middle rocker rail section, which is essentially flat or has a curve progression with a large radius of curvature, and, adjacent thereto, two outer rocker rail sections each having a smaller radius of curvature.
A light converter, comprising: a solid-state light conversion material, for generating emission light from excitation light incident on a surface of the solid-state light conversion material, wherein the solid-state light conversion material is porous and wherein the solid-state light conversion material comprises a ceramic material; a filler layer on the surface of the solid-state light conversion material, wherein the filler layer has an optical refractive index that is lower than that of the solid-state light conversion material; and at least one optical coating on the filler layer. a solid-state light conversion material, for generating emission light from excitation light incident on a surface of the solid-state light conversion material, wherein the solid-state light conversion material is porous and wherein the solid-state light conversion material comprises a ceramic material; a filler layer on the surface of the solid-state light conversion material, wherein the filler layer has an optical refractive index that is lower than that of the solid-state light conversion material; and at least one optical coating on the filler layer.
An oil sludge pyrolysis device, comprising an outer cylinder body and an inner cylinder body, a spiral conveyor belt being provided on an inner wall of the inner cylinder body, characterized in that thermally conductive pipes are provided on the spiral conveyor belt; three or more thermally conductive pipes are evenly arranged on each screw pitch of the spiral conveyor belt, the thermally conductive pipes are arranged along a rotation direction of the spiral conveyor belt, the thermally conductive pipes are hollow pipes, the thermally conductive pipes are connected with a hot air chamber, and the hot air chamber is arranged between the outer cylinder body and the inner cylinder body.
A method performed by a communication device for determining when to switch between multiple communication modes of a transceiver subsystem, the method comprising: detecting an indication that a multimedia message is ready for transmission; switching, by the transceiver subsystem in response to detecting the indication, from an infrastructure communication mode to a peer-to-peer communication mode; transmitting the multimedia message in the peer-to-peer communication mode; determining that the multimedia message transmission is complete; and switching, by the transceiver subsystem, from the peer-to-peer communication mode to the infrastructure communication mode in response to determining that the multimedia message transmission is complete. detecting an indication that a multimedia message is ready for transmission; switching, by the transceiver subsystem in response to detecting the indication, from an infrastructure communication mode to a peer-to-peer communication mode; transmitting the multimedia message in the peer-to-peer communication mode; determining that the multimedia message transmission is complete; and switching, by the transceiver subsystem, from the peer-to-peer communication mode to the infrastructure communication mode in response to determining that the multimedia message transmission is complete.