mhurhangee/patent-ind-claim-en huggingface dataset:
Sanitary space , such as a toilet space, comprising: - a floor ; - upright walls along the periphery of the floor ; - a pre-wall arranged in front of a wall , wherein a secondary space is formed between the wall and the pre-wall ; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall ; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply; wherein a service opening is arranged in the pre-wall , which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall ; and wherein at least a part of the box-like part is removable to gain access to the secondary space. - a floor ; - upright walls along the periphery of the floor ; - a pre-wall arranged in front of a wall , wherein a secondary space is formed between the wall and the pre-wall ; - an installation for flush water supply, such as for instance a flush basin such as a toilet bowl, arranged close to or against the pre-wall ; - a flushing reservoir placed in the secondary space and connected to the installation for flush water supply; wherein a service opening is arranged in the pre-wall , which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall ; and wherein at least a part of the box-like part is removable to gain access to the secondary space. wherein a service opening is arranged in the pre-wall , which service opening is positioned at least partially outside the projection of the flushing reservoir on the pre-wall such that access can be gained via the service opening to the secondary space around the flushing reservoir characterized in that a box-like part is arranged in the service opening such that a recess is formed in the pre-wall ; and wherein at least a part of the box-like part is removable to gain access to the secondary space.
A method of preparing an organosiloxane, said method comprising: cohydrolyzing a mixture comprising a first silane compound having the general formula R 2 SiX 2 and a second silane compound having the general formula R 3 SiR 1 in the presence of an aqueous acid; wherein each R is independently selected from H and a hydrocarbyl group, each X is an independently selected halogen atom, and R 1 is X or OSiR 3 , thereby preparing the organosiloxane in a reaction product; and optionally, isolating the organosiloxane from the reaction product; wherein the organosiloxane has the general formula R 3 SiO(R 2 SiO) n H; wherein n is an integer from 1 to 200; and wherein cohydrolyzing the mixture is carried out over a period of time of from greater than 0 to no greater than 10 minutes. cohydrolyzing a mixture comprising a first silane compound having the general formula R 2 SiX 2 and a second silane compound having the general formula R 3 SiR 1 in the presence of an aqueous acid; wherein each R is independently selected from H and a hydrocarbyl group, each X is an independently selected halogen atom, and R 1 is X or OSiR 3 , thereby preparing the organosiloxane in a reaction product; and optionally, isolating the organosiloxane from the reaction product; wherein the organosiloxane has the general formula R 3 SiO(R 2 SiO) n H; wherein n is an integer from 1 to 200; and wherein cohydrolyzing the mixture is carried out over a period of time of from greater than 0 to no greater than 10 minutes.
Method for dynamic management of the priority of reception of an incoming communication on a first terminal with respect to at least one second terminal , the first and second terminals being connected to a telecommunications network and being associated with one and the same public identity, the method is characterized in that it comprises: - a step of detection by the first terminal, of an event relating to said first terminal, - in the case of a positive detection, a step of sending a value of a priority parameter of the first terminal to a device for managing the telecommunications network, the value of the priority parameter being assigned as a function of the event. - a step of detection by the first terminal, of an event relating to said first terminal, - in the case of a positive detection, a step of sending a value of a priority parameter of the first terminal to a device for managing the telecommunications network, the value of the priority parameter being assigned as a function of the event.
Apparatus for punch forming a composite charge into a stringer , comprising: a set of upper arms ; an upper tray coupled with the upper arms , the upper tray including a top plate and a punch ; a set of lower arms ; a lower tray including a die having a die cavity into which the punch may form the composite charge into a stringer shape; a slide assembly mounting the lower tray on the lower arms for sliding movement between a first position in which the punch forms the composite charge into the die cavity and second position in which the top plate compacts the composite charge ; wherein the slide assembly includes: rails respectively extending along the lower arms , and linear guides respectively mounted for movement along the rails and coupled with the lower tray . a set of upper arms ; an upper tray coupled with the upper arms , the upper tray including a top plate and a punch ; a set of lower arms ; a lower tray including a die having a die cavity into which the punch may form the composite charge into a stringer shape; a slide assembly mounting the lower tray on the lower arms for sliding movement between a first position in which the punch forms the composite charge into the die cavity and second position in which the top plate compacts the composite charge ; wherein the slide assembly includes: rails respectively extending along the lower arms , and linear guides respectively mounted for movement along the rails and coupled with the lower tray .
An indexable tangential cutting insert for a milling tool comprising: • two opposing side surfaces and a peripheral surface extending between said side surfaces and formed by four identical lateral surfaces (16-19), • a major edge (20-27) at each intersection of a said lateral surface and a said side surface connecting opposing said lateral surfaces and having a major cutting edge extending over at least a part of the major edge, • a minor cutting edge connected to each major cutting edge by a corner cutting edge at an intersection of adjacent lateral surfaces, each said side surface being provided with a first support surface configured to be supported by a first support face of a pocket of a tool body of a said tool providing a radial support to the insert and each said lateral surface being provided with a second support surface configured to be supported by on one hand a corresponding second support face of a said pocket providing an axial support to the insert in two of eight index positions of the insert and on the other a corresponding third support face of a said pocket providing a tangential support to the insert in two other of said eight index positions, characterized in that each lateral surface (16-19) is provided with a single said second support surface being concave as seen in a direction perpendicular to said side surfaces and extending, while being continuously bent in the same sense, diagonally across the lateral surface. • two opposing side surfaces and a peripheral surface extending between said side surfaces and formed by four identical lateral surfaces (16-19), • a major edge (20-27) at each intersection of a said lateral surface and a said side surface connecting opposing said lateral surfaces and having a major cutting edge extending over at least a part of the major edge, • a minor cutting edge connected to each major cutting edge by a corner cutting edge at an intersection of adjacent lateral surfaces,
An agricultural fertilizer deploying system configured for deploying at least partially liquid farm fertilizer, in particular an agricultural implement , said system comprising: - a hold configured to retain a plurality of fertilizer pouches , said fertilizer pouches each enclosing a pre-determined amount of said at least partially liquid farm fertilizer; - a retrieval and dispensing section coupled to said hold , said retrieval and dispensing section being configured to retrieve said fertilizer pouches from the hold and to dispense a retrieved fertilizer pouch in a controllable manner; - a cultivator, and - one or more subsurface injectors each coupled to said retrieval and dispensing section , said subsurface injectors being configured to receive the dispensed fertilizer pouch from said retrieval and dispensing section and to introduce the pre-determined amount of said farm fertilizer into a subsurface deposition region of soil more than 5 cm below the soil surface; wherein each subsurface injector comprises a tube arranged behind a tilling element of the cultivator; wherein each tube is configured to receive the dispensed fertilizer pouch and guide the dispensed fertilizer pouch to said subsurface deposition region of soil . - a hold configured to retain a plurality of fertilizer pouches , said fertilizer pouches each enclosing a pre-determined amount of said at least partially liquid farm fertilizer; - a retrieval and dispensing section coupled to said hold , said retrieval and dispensing section being configured to retrieve said fertilizer pouches from the hold and to dispense a retrieved fertilizer pouch in a controllable manner; - a cultivator, and - one or more subsurface injectors each coupled to said retrieval and dispensing section , said subsurface injectors being configured to receive the dispensed fertilizer pouch from said retrieval and dispensing section and to introduce the pre-determined amount of said farm fertilizer into a subsurface deposition region of soil more than 5 cm below the soil surface; wherein each subsurface injector comprises a tube arranged behind a tilling element of the cultivator; wherein each tube is configured to receive the dispensed fertilizer pouch and guide the dispensed fertilizer pouch to said subsurface deposition region of soil .
A method comprising: applying, by each processor of a plurality of processors , a respective interleave transform to perform interleaved access of a plurality of memory banks , the interleaved access being performed by each processor of the plurality of processors without passing through another processor, wherein for any given memory address in use by the plurality of processors, applying any of the interleave transforms on the given memory address results in selection of a same memory bank of the plurality of memory banks and a same address within the same memory bank , characterized in that : each interleave transform is associated with two or more sets of interleave parameters, each set of interleave parameters of the two or more sets of interleave parameters is associated with an interleave group, and the method further comprises: in response to a request to access memory: identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group. applying, by each processor of a plurality of processors , a respective interleave transform to perform interleaved access of a plurality of memory banks , the interleaved access being performed by each processor of the plurality of processors without passing through another processor, wherein for any given memory address in use by the plurality of processors, applying any of the interleave transforms on the given memory address results in selection of a same memory bank of the plurality of memory banks and a same address within the same memory bank , each interleave transform is associated with two or more sets of interleave parameters, each set of interleave parameters of the two or more sets of interleave parameters is associated with an interleave group, and the method further comprises: in response to a request to access memory: identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group. identifying a first interleave group based on a memory address of the request;and applying an interleave transform using a set of interleave parameters associated with the first interleave group.
Diphenyl derivative for use in the prophylactic and/or therapeutic treatment of viral diseases, in particular corona infections, especially COVID-19, wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A1) or (IV-A2) below: wherein: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof: wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A1) or (IV-A2) below: wherein: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof: Met' denotes a monovalent metal ion, in particular an alkali metal ion, preferably a sodium ion, and Met" denotes a divalent metal ion, in particular an alkaline earth metal ion; or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (IV-A3): or wherein the diphenyl derivative is a diphenyl derivative according to formula (IV-A) below and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formulae (IV-B) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VI-A) and salts thereof: or wherein the diphenyl derivative is a diphenyl derivative according to the following formula (VIII-A) and salts thereof:
A composition comprising (E)-1,2,3,3,3-pentafluoro-1-propene, HFO-1234yf, R-32, and CO 2 , wherein the composition comprises about 28 to about 37 weight percent (E)-1,2,3,3,3-pentafluoro-1-propene, about 27 to about 36 weight percent HFO-1234yf, about 18 to about 30 weight percent R-32, and about 9 to about 15 weight percent CO 2 .
A method of transmitting a signal by a user equipment, UE, in a wireless communication system, the method comprising: transmitting (S1201) 1st-stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting (S1202) 2nd-stage SCI through a physical sidelink shared channel, PSSCH, characterized in that a number of symbols for transmission of the 2nd-stage SCI is determined based on a multiplication of i) a reciprocal of a modulation order of the 2nd-stage SCI and ii) a number of 2nd-stage SCI-related bits including 2nd-stage SCI bits and cyclic redundancy, CRC, bits of the 2nd-stage SCI. transmitting (S1201) 1st-stage Sidelink Control Information, SCI, through a physical sidelink control channel, PSCCH; and transmitting (S1202) 2nd-stage SCI through a physical sidelink shared channel, PSSCH, characterized in that a number of symbols for transmission of the 2nd-stage SCI is determined based on a multiplication of i) a reciprocal of a modulation order of the 2nd-stage SCI and ii) a number of 2nd-stage SCI-related bits including 2nd-stage SCI bits and cyclic redundancy, CRC, bits of the 2nd-stage SCI.
A nanoparticle comprising a polymer containing a polyol and a polymer containing a phenylboronic acid, wherein the polymer containing the phenylboronic acid is coupled to the polymer containing the polyol with a reversible covalent linkage, and wherein the nanoparticle is configured to present the polymer containing the phenylboronic acid to an environment external to the nanoparticle, and wherein the polymer containing the polyol comprises one or more of the following structural units of Formula (I), (II) or (III) wherein A and B are derived from the coupling of A' and B' where A' is independently: or in which n is 1-20; and wherein B' is: or in which q is 1-20; p is 20-200; and L is a leaving group; or wherein the structural unit of formula (III) is: in which n is 1-20; and wherein the polymer containing the phenylboronic acid comprises at least one terminal phenylboronic acid group and has the general formula: wherein: R 3 and R 4 are independently (CH 2 CH 2 O) t , where t is from 2 to 2000, X 1 is -NH-C(=O)-, -S-S-, -C(=O)-NH-, -O-C(=O)- or -C(=O)-O-, Y 1 is a phenyl group, wherein r=1, a=0 and b=1, and wherein functional group 1 and functional group 2 are the same or different and independently comprise -B(OH) 2 , -OCH 3 , -(X 1 )-(Y 1 )-B(OH) 2 , -COOH, -NH 2 , or -OH. wherein the polymer containing the phenylboronic acid is coupled to the polymer containing the polyol with a reversible covalent linkage, and wherein the nanoparticle is configured to present the polymer containing the phenylboronic acid to an environment external to the nanoparticle, and wherein the polymer containing the polyol comprises one or more of the following structural units of Formula (I), (II) or (III) wherein A and B are derived from the coupling of A' and B' where A' is independently: or in which n is 1-20; and wherein B' is: or in which q is 1-20; p is 20-200; and L is a leaving group; q is 1-20; p is 20-200; and L is a leaving group; or wherein the structural unit of formula (III) is: in which n is 1-20; and wherein the polymer containing the phenylboronic acid comprises at least one terminal phenylboronic acid group and has the general formula: wherein: R 3 and R 4 are independently (CH 2 CH 2 O) t , where t is from 2 to 2000, X 1 is -NH-C(=O)-, -S-S-, -C(=O)-NH-, -O-C(=O)- or -C(=O)-O-, Y 1 is a phenyl group, wherein r=1, a=0 and b=1, and wherein functional group 1 and functional group 2 are the same or different and independently comprise -B(OH) 2 , -OCH 3 , -(X 1 )-(Y 1 )-B(OH) 2 , -COOH, -NH 2 , or -OH. R 3 and R 4 are independently (CH 2 CH 2 O) t , where t is from 2 to 2000, X 1 is -NH-C(=O)-, -S-S-, -C(=O)-NH-, -O-C(=O)- or -C(=O)-O-, Y 1 is a phenyl group, wherein r=1, a=0 and b=1, and wherein functional group 1 and functional group 2 are the same or different and independently comprise -B(OH) 2 , -OCH 3 , -(X 1 )-(Y 1 )-B(OH) 2 , -COOH, -NH 2 , or -OH.
A system for storing a solution of ammonia precursor for use as an exhaust gas additive, which system is provided with a component and comprises: - a tank for storing the solution in a liquid state and/or a frozen state; and - a freeze protection device comprising a deformable first wall that at least partly defines a cavity for a fluid , said cavity being deformable under pressure and comprising an exit being in fluid communication with a fluid space, said cavity being configured to discharge the fluid from the cavity into the fluid space such that an expansion of the solution upon freezing is compensated by volume reduction of the cavity under deformation of the cavity , characterized in that said component is a pumping means, a pressure regulator, a filter, a heating element, a feed nipple, or a delivery module which is assembled to a tank surface at a bottom side of the tank, and said freeze protection device is designed and arranged to prevent fracture of the component under said expansion of the solution wherein the cavity is located on top of the component, wherein the first deformable wall contains a wall portion with a varying degree of deformability. - a tank for storing the solution in a liquid state and/or a frozen state; and - a freeze protection device comprising a deformable first wall that at least partly defines a cavity for a fluid , said cavity being deformable under pressure and comprising an exit being in fluid communication with a fluid space, said cavity being configured to discharge the fluid from the cavity into the fluid space such that an expansion of the solution upon freezing is compensated by volume reduction of the cavity under deformation of the cavity , and said freeze protection device is designed and arranged to prevent fracture of the component under said expansion of the solution wherein the cavity is located on top of the component,
A method of manufacturing a solid freeform fabrication object , comprising: curing a liquid film made of an active energy ray curable liquid composition to form a layer; and laminating the layer to obtain the solid freeform fabrication object , characterized by controlling an absolute humidity in an environment where the solid freeform fabrication object is manufactured, wherein the absolute humidity is controlled to be from 5.5 to 20 g/m 3 . curing a liquid film made of an active energy ray curable liquid composition to form a layer; and laminating the layer to obtain the solid freeform fabrication object , characterized by controlling an absolute humidity in an environment where the solid freeform fabrication object is manufactured, wherein the absolute humidity is controlled to be from 5.5 to 20 g/m 3 .