mhurhangee/ep-ind-claims huggingface dataset:
Building closure device with a first frame and a second frame mounted movable relative to the first frame, wherein the first frame and the second frame are coupled to one another via a friction brake, which effects a braking force directed against a relative displacement of the two frames (2, 4), wherein the friction brake is arranged in a groove and movable in an axial direction with respect to a longitudinal central axis of the groove, which is configured in one of the frames (2, 4) and delimited by opposite groove edges (8, 9), characterised in that the friction brake comprises braking elements (15, 16), which are insertable separately from one another into the groove via a mouth opening delimited by the groove edges (8, 9) of the groove, and, after assembly, are held form-fittingly to one another in the groove by engaging behind the groove edges (8, 9) on opposite sides and bear slidingly against the frame (2, 4).
Machine for rolling out dough, in particular for preparing pizza, comprising at least one roller head which comprises: - an inner roller group, comprising first roller means of the dough, suitable to rotate around a group rotation axis substantially orthogonal to a support surface of the dough to be rolled out; - an outer roller group, comprising second roller means of the dough, suitable to rotate around said group rotation axis and positioned radially outermost to said first roller means, - wherein said outer roller group is axially movable in relation to the inner roller group in such a way that at least one step of rolling out the dough can be performed with only one, or at least mainly with one, of said first and second roller groups. - an inner roller group, comprising first roller means of the dough, suitable to rotate around a group rotation axis substantially orthogonal to a support surface of the dough to be rolled out; - an outer roller group, comprising second roller means of the dough, suitable to rotate around said group rotation axis and positioned radially outermost to said first roller means, - wherein said outer roller group is axially movable in relation to the inner roller group in such a way that at least one step of rolling out the dough can be performed with only one, or at least mainly with one, of said first and second roller groups.
Method for producing 2,3,3,3-tetrafluoropropene, comprising: - reactively fluorinating a halopropane and/or halopropene to 2,3,3,3-tetrafluoropropene using hydrogen fluoride; - recovering a gaseous stream obtained from the reaction; - cooling and partially condensing the gaseous stream obtained from the reaction, to give a partially condensed stream, the temperature of which is between -50°C and 100°C; - separating the partially condensed stream into a gaseous fraction and a liquid fraction; - compressing the gaseous fraction to give a compressed gaseous fraction; - compressing the liquid fraction to give a compressed liquid fraction; - distilling the compressed gaseous fraction and the compressed liquid fraction to give a 2,3,3,3-tetrafluoropropene stream, a hydrochloric acid stream, and a stream of unreacted hydrogen fluoride. - reactively fluorinating a halopropane and/or halopropene to 2,3,3,3-tetrafluoropropene using hydrogen fluoride; - recovering a gaseous stream obtained from the reaction; - cooling and partially condensing the gaseous stream obtained from the reaction, to give a partially condensed stream, the temperature of which is between -50°C and 100°C; - separating the partially condensed stream into a gaseous fraction and a liquid fraction; - compressing the gaseous fraction to give a compressed gaseous fraction; - compressing the liquid fraction to give a compressed liquid fraction; - distilling the compressed gaseous fraction and the compressed liquid fraction to give a 2,3,3,3-tetrafluoropropene stream, a hydrochloric acid stream, and a stream of unreacted hydrogen fluoride.
An image forming apparatus comprising: image forming means including a photosensitive member, scanning means for scanning said photosensitive member by light corresponding to image data to form an electrostatic latent image on said photosensitive member, and process means (23, 24, 26) for acting on said photosensitive member for image formation; control means for controlling to form a plurality of electrostatic latent images for correction for color misregistration correction on said photosensitive member; voltage application means (43, 44, 46) for applying a voltage to said process means (23, 24, 26); current detection means for detecting a current that flows to said voltage application means (43, 44, 46) via said process means (23, 24, 26) when said voltage application means (43, 44, 46) applies the voltage to said process means (23, 24, 26), wherein the current detection means is configured to output a detected voltage corresponding to said current; and characterized by conversion means (79, 89, 325) for converting the detected voltage output by said current detection means such that a variation range Vp of the detected voltage output by said current detection means at a formation period Tp of the electrostatic latent image for correction becomes larger than a variation range Vd of the detected voltage output by said current detection means at a one-rotation period Td of said photosensitive member on which the electrostatic latent image for correction is not formed. image forming means including a photosensitive member, scanning means for scanning said photosensitive member by light corresponding to image data to form an electrostatic latent image on said photosensitive member, and process means (23, 24, 26) for acting on said photosensitive member for image formation; control means for controlling to form a plurality of electrostatic latent images for correction for color misregistration correction on said photosensitive member; voltage application means (43, 44, 46) for applying a voltage to said process means (23, 24, 26); current detection means for detecting a current that flows to said voltage application means (43, 44, 46) via said process means (23, 24, 26) when said voltage application means (43, 44, 46) applies the voltage to said process means (23, 24, 26), wherein the current detection means is configured to output a detected voltage corresponding to said current; and characterized by conversion means (79, 89, 325) for converting the detected voltage output by said current detection means such that a variation range Vp of the detected voltage output by said current detection means at a formation period Tp of the electrostatic latent image for correction becomes larger than a variation range Vd of the detected voltage output by said current detection means at a one-rotation period Td of said photosensitive member on which the electrostatic latent image for correction is not formed.
An apparatus for evaluating skin tightening after the skin is washed using a cleanser, comprising: a suction device configured to suck skin by a predetermined pressure for a predetermined time; a height measurement unit configured to measure the height of the skin, which is changed by the suction; and a skin tightening evaluation unit configured to evaluate the degree of skin tightening on the basis of the measured height to evaluate a performance of a cleanser for diminishing skin tightening, the skin tightening caused by cracks in a stratum corneum of skin that was occurred by reducing moisture content after washing, wherein the suction device is configured to suck the washed skin once, the predetermined pressure has 50 to 350mmbar, and the predetermined time is 0.5 second to 1.5 second, wherein the skin tightening evaluation unit is configured to evaluate the degree of skin tightening on the basis of a maximum height of the measured height. a suction device configured to suck skin by a predetermined pressure for a predetermined time; a height measurement unit configured to measure the height of the skin, which is changed by the suction; and a skin tightening evaluation unit configured to evaluate the degree of skin tightening on the basis of the measured height to evaluate a performance of a cleanser for diminishing skin tightening, the skin tightening caused by cracks in a stratum corneum of skin that was occurred by reducing moisture content after washing, wherein the suction device is configured to suck the washed skin once, the predetermined pressure has 50 to 350mmbar, and the predetermined time is 0.5 second to 1.5 second, wherein the skin tightening evaluation unit is configured to evaluate the degree of skin tightening on the basis of a maximum height of the measured height.
A balcony assembly comprising: at least one beam (114, 116); a locking mechanism (118, 300) attached to an end of the at least one beam, the locking mechanism including: a c-shaped body (122, 302) for receiving an end plate of an outrigger (108, 110) of a structural post (104, 106), a metal block attached to the c-shaped body for securing the end plate, and a pilot hole (124, 306) for securing the beam to the outrigger; and a platform positioned on top of the at least one beam; characterized in that the metal block includes a first recessed portion and a second recessed portion configured to allow the metal block to extend into the channel formed by the c-shaped body, the metal block further comprising non-recessed portions that are configured to sit on a top edge of the c-shaped body, wherein the metal block also defines a third recessed portion configured to receive the end plate of the outrigger at least one beam (114, 116); a locking mechanism (118, 300) attached to an end of the at least one beam, the locking mechanism including: a c-shaped body (122, 302) for receiving an end plate of an outrigger (108, 110) of a structural post (104, 106), a metal block attached to the c-shaped body for securing the end plate, and a pilot hole (124, 306) for securing the beam to the outrigger; and a c-shaped body (122, 302) for receiving an end plate of an outrigger (108, 110) of a structural post (104, 106), a metal block attached to the c-shaped body for securing the end plate, and a pilot hole (124, 306) for securing the beam to the outrigger; and a platform positioned on top of the at least one beam; characterized in that the metal block includes a first recessed portion and a second recessed portion configured to allow the metal block to extend into the channel formed by the c-shaped body, the metal block further comprising non-recessed portions that are configured to sit on a top edge of the c-shaped body, wherein the metal block also defines a third recessed portion configured to receive the end plate of the outrigger
Wind turbine blade, with a generally hollow blade body comprising an upper and a lower half shell (12, 13) and first and a second elongated webs (16, 17) each extending in the lengthwise direction of the blade and being disposed between the and connected to the upper and the lower half shell (12, 13), with each web (16, 17) comprising an upper and a lower flange (19, 21) connecting the respective web (16, 17) to the respective half shell (12,13), and with the first and second webs (16, 17) being supported via respective first and second reinforcement structures (27, 28) relative to the respective half shell (12, 13), which reinforcement structures (27, 28) are arranged between an outer and an inner layer (23, 26) of the upper and lower half shell (12, 13) and extend in the lengthwise direction of the blade, wherein the first and second reinforcement structures (27, 28) each comprise at least one stack (29, 30) composed of several pultruded composite strips (33, 34) comprising carbon fibers with the strips (33, 34) being fixed in the resin, the wind turbine blade further comprising at least one stiffening element extending along the first and second reinforcement structures (27, 28) over at least a part of their length comprising at least one stack composed of several glass fiber layers infused with resin characterized in that the stiffening element is arranged between the first and second reinforcement structures (27, 28) and sandwiched between the outer and inner layer (23, 26) of each of the upper and lower half shell (12, 13).
Server designed to be used in an instant messaging system, the said server comprising a first messaging module for managing exchanges of messages between software clients (29, 31, 35) respectively executed on user terminals, the said messages having a given subject, the said server being characterized in that it furthermore includes a second module, for recovery of messages previously exchanged, comprising - means for receiving from the said first module, at least one first message sent by a first software client to at least one second software client (31, 35), - means for locating in a first memory area, upon receipt of the said at least one first message, at least one second message from a thread of messages corresponding to a previous exchange of messages between the said first software client and the said at least one second software client (31,35), and - means for sending the said at least one second message having as subject the said given subject to the said first module, upon receiving which the said first module sends the said at least one second message to the said first software client and to at least one second software client (31,35). - means for receiving from the said first module, at least one first message sent by a first software client to at least one second software client (31, 35), - means for locating in a first memory area, upon receipt of the said at least one first message, at least one second message from a thread of messages corresponding to a previous exchange of messages between the said first software client and the said at least one second software client (31,35), and - means for sending the said at least one second message having as subject the said given subject to the said first module, upon receiving which the said first module sends the said at least one second message to the said first software client and to at least one second software client (31,35).
Method for operating a gas sensor which contains a sensor chamber, the gas to be examined being applied thereto via a diffusion barrier, which contains at least one pump cell arranged between the sensor chamber and the gas to be examined, and which contains a measurement cell which is arranged between the sensor chamber and the reference gas space, and in which a pump current (Ip) is applied to an outer pump electrode of the pump cell exposed to the gas to be examined, said pump current depending on a measurement voltage (UIPEactual) present at a measurement electrode arranged in the reference gas space, wherein a constant-current source (U+, S1, U-, S2, Ri) provides the pump current (Ip), wherein the constant-current source (U+, S1, U-, S2, Ri) is set to at least two absolute values (I+, I-) of the pump current (Ip) and wherein the constant-current source (U+, S1, U-, S2, Ri) brings about alternate operation with switch-on phases and switch-off phases, wherein the duration of the switch-on phases and/or of the switch-off phases is predefined, characterized in that averaging over a predefined measurement time is performed for the purpose of detecting an average pump current (Ip), and in that the number of switch-on durations and/or switch-off durations is predefined in the case of a fixedly predefined absolute value (I+, I-) of the pump current (Ip) and a predefined duration of the switch-on phase and/or switch-off phase.
An agent comprising: a. at least 30 consecutive amino acids of a p62/SQSTM1 polypeptide; b. a p62/SQSTM1 encoding nucleic acid, wherein said p62/SQSTM1 encoding nucleic acid encodes at least 30 consecutive amino acids of a p62/SQSTM1 polypeptide; c. a p62/SQSTM1 polypeptide at least 90% identical to SEQ ID NO. 2; d. a p62/SQSTM1 polypeptide with at least one or more domain deletions; e. a p62/SQSTM1 nucleic acid that encodes a polypeptide at least 90% identical to SEQ ID NO: 2; or f. a p62/SQSTM1 nucleic acid that encodes a polypeptide with at least one or more domain deletions; for use in treating, alleviating, ameliorating, relieving, delaying onset of, inhibiting progression of, reducing severity of, and/or reducing incidence of one or more symptoms of a cancer in a subject. a. at least 30 consecutive amino acids of a p62/SQSTM1 polypeptide; b. a p62/SQSTM1 encoding nucleic acid, wherein said p62/SQSTM1 encoding nucleic acid encodes at least 30 consecutive amino acids of a p62/SQSTM1 polypeptide; c. a p62/SQSTM1 polypeptide at least 90% identical to SEQ ID NO. 2; d. a p62/SQSTM1 polypeptide with at least one or more domain deletions; e. a p62/SQSTM1 nucleic acid that encodes a polypeptide at least 90% identical to SEQ ID NO: 2; or f. a p62/SQSTM1 nucleic acid that encodes a polypeptide with at least one or more domain deletions;
Shredder with a drive motor driving a shredding device to rotate about an axis of rotation, the shredder having a feed pipe for feeding material to be shredded to the shredding device, characterised in that the feed pipe has a lower section, the longitudinal central axis of which is arranged approximately parallel to the axis of rotation of the shredding device, so that the material to be shredded reaches the shredding device approximately vertically, and in that the feed pipe has an inclined section, the longitudinal central axis of which is inclined relative to the axis of rotation of the shredding device, wherein a feed hopper is located on the inclined section and wherein the upper joining point between the inclined section and the feed hopper lies outside the lower section of the feed pipe as viewed in the acting direction of gravity.
A probe head of an air data probe, the probe head comprising: a body extending from a first end to a second end of the probe head, the body comprising: an inlet (28A-28D) adjacent the first end of the probe head; an air passageway (30A-30D) extending through the body from the inlet to a second end of the probe head; a water dam (32A, 32B) extending radially through the body such that the air passageway is redirected around the water dam; a heater bore extending within the body; and an enhanced conduction area (238A-238D) between heater bore and an exterior surface of the probe head; wherein the body is a single unitary piece; and a rod heater positioned within the heater bore. a body extending from a first end to a second end of the probe head, the body comprising: an inlet (28A-28D) adjacent the first end of the probe head; an air passageway (30A-30D) extending through the body from the inlet to a second end of the probe head; a water dam (32A, 32B) extending radially through the body such that the air passageway is redirected around the water dam; a heater bore extending within the body; and an enhanced conduction area (238A-238D) between heater bore and an exterior surface of the probe head; wherein the body is a single unitary piece; and an inlet (28A-28D) adjacent the first end of the probe head; an air passageway (30A-30D) extending through the body from the inlet to a second end of the probe head; a water dam (32A, 32B) extending radially through the body such that the air passageway is redirected around the water dam; a heater bore extending within the body; and an enhanced conduction area (238A-238D) between heater bore and an exterior surface of the probe head; wherein the body is a single unitary piece; and a rod heater positioned within the heater bore.
A method of producing a dispersion concentrate comprising agrochemicals, the method comprising: a. dissolving or suspending at least one agrochemically active ingredient in a non-aqueous curable liquid mixture comprising at least one suitable cross-linkable epoxy resin selected from monomers, oligomers, prepolymers and blends thereof; b. emulsifying said dispersion concentrate in to a second liquid containing dispersant or surfactant to a droplet size of from 0.1 to 200 microns; and c. effecting crosslinking of the epoxy resin mixture to produce cured thermoset epoxy resin polymer particles having the at least one agricultural active ingredient distributed therein; and wherein said dispersion is not a Pickering dispersion; and wherein said dispersion comprises a continuous liquid phase and a dispersed phase. a. dissolving or suspending at least one agrochemically active ingredient in a non-aqueous curable liquid mixture comprising at least one suitable cross-linkable epoxy resin selected from monomers, oligomers, prepolymers and blends thereof; b. emulsifying said dispersion concentrate in to a second liquid containing dispersant or surfactant to a droplet size of from 0.1 to 200 microns; and c. effecting crosslinking of the epoxy resin mixture to produce cured thermoset epoxy resin polymer particles having the at least one agricultural active ingredient distributed therein; and
Polyarylene sulfide that is in the form of pellet of 2 to 10mm sizeafter polymerization and drying process, and has residual solvent content of 300ppm or less, based on the total weight of the resin, wherein the polyarylene sulfide is obtained by polymerizing diiodide aromatic compounds and sulfur compounds, and drying the polymerized product at 120 to 160°C for 1 to 2 hours,
A current limiter system (100, 200), comprising: a superconducting fault current limiter, SCFCL, configured to conduct load current during a normal operation state in which the SCFCL is in a superconducting state; a shunt reactor connected in an electrically parallel fashion to the SCFCL and configured to conduct less current than the SCFCL in the normal operation state; and a protection switch (108, 202) connected to the SCFCL and shunt reactor and configured to disconnect the SCFCL for a predetermined time from a load current path during a fault condition after fault current exceeds a threshold current value; characterized in that the protection switch (108, 202) comprises a central magnetic component configured to complete a first electrical path containing the SCFCL in a first position; and a set of electromagnetic coils disposed around the central magnetic component and configured to exert a force effective to move the central magnetic component from the first position to a second position in which the first electrical path forms an open circuit when the fault current exceeds the threshold current value, wherein the set of electromagnetic coils comprises a first coil connected in series to the SCFCL and a second coil connected in series to the shunt reactor. a superconducting fault current limiter, SCFCL, configured to conduct load current during a normal operation state in which the SCFCL is in a superconducting state; a shunt reactor connected in an electrically parallel fashion to the SCFCL and configured to conduct less current than the SCFCL in the normal operation state; and a protection switch (108, 202) connected to the SCFCL and shunt reactor and configured to disconnect the SCFCL for a predetermined time from a load current path during a fault condition after fault current exceeds a threshold current value; characterized in that the protection switch (108, 202) comprises a central magnetic component configured to complete a first electrical path containing the SCFCL in a first position; and a set of electromagnetic coils disposed around the central magnetic component and configured to exert a force effective to move the central magnetic component from the first position to a second position in which the first electrical path forms an open circuit when the fault current exceeds the threshold current value, wherein the set of electromagnetic coils comprises a first coil connected in series to the SCFCL and a second coil connected in series to the shunt reactor.