mhurhangee/patent-ind-claim-en huggingface dataset:
A flat tube for a heat exchanger, with two open ends defining its longitudinal direction, comprising a first wall and a second wall which are flat and parallel to each other, thereby delimiting the inner space of the tube, and further comprising an inner fin located between the first and the second walls , wherein one of the lateral sides of the first wall comprises a main fold running along the longitudinal direction, wherein arms of the main fold form a slit facing the inner space of the tube, and the lateral side of the second wall is bent to cover the main fold , whereas the slit of the main fold is displaced towards the plane of the first wall or the second wall , characterized in that a lateral side end of the fin adjacent to the main fold is placed inside the slit of the main fold , and wherein both sides of the fin are compressed by the arms of the main fold .
A method for acquiring information, the method comprising: Determining , in response to receiving an instruction used to indicate to acquire configuration information, for each physical machine of a plurality of physical machines, a set of candidate processes of the physical machine; acquiring a first key value, and determining a target candidate process of the physical machine from the set of candidate processes based on the first key value; acquiring a second key value, and determining, based on the second key value, a target process from a plurality of target candidate processes determined based on the plurality of physical machines; and acquiring the configuration information using the target process; wherein the configuration information comprises at least one of: an operation instruction, an access path of a data source, or data stored in a data source; wherein the determining a set of candidate processes of the physical machine, comprises: acquiring operating status information of a process in the physical machine; and determining, in response to determining that the operating status information satisfies a preset condition, the process corresponding to the operating status information as a process in the set of candidate processes, wherein the preset condition is that operating performance of the process satisfies a preset performance requirement. Determining , in response to receiving an instruction used to indicate to acquire configuration information, for each physical machine of a plurality of physical machines, a set of candidate processes of the physical machine; acquiring a first key value, and determining a target candidate process of the physical machine from the set of candidate processes based on the first key value; acquiring a second key value, and determining, based on the second key value, a target process from a plurality of target candidate processes determined based on the plurality of physical machines; and acquiring the configuration information using the target process; wherein the configuration information comprises at least one of: an operation instruction, an access path of a data source, or data stored in a data source; wherein the determining a set of candidate processes of the physical machine, comprises: acquiring operating status information of a process in the physical machine; and determining, in response to determining that the operating status information satisfies a preset condition, the process corresponding to the operating status information as a process in the set of candidate processes, wherein the preset condition is that operating performance of the process satisfies a preset performance requirement. acquiring operating status information of a process in the physical machine; and determining, in response to determining that the operating status information satisfies a preset condition, the process corresponding to the operating status information as a process in the set of candidate processes, wherein the preset condition is that operating performance of the process satisfies a preset performance requirement.
Process for preparing temozolomide, comprising the following steps: (a) Reacting AICA base (5-amino-1H-imidazole-4-carboxamide) with N-methyl carbamoylimidazole to provide carbamoyl-AICA (5-amino-N1-methyl-1H-imidazole-1,4-dicarboxamide); (b) Reacting carbamoyl-AICA with an alkali or alkaline earth metal nitrite in the presence of an acid to provide temozolomide. (a) Reacting AICA base (5-amino-1H-imidazole-4-carboxamide) with N-methyl carbamoylimidazole to provide carbamoyl-AICA (5-amino-N1-methyl-1H-imidazole-1,4-dicarboxamide); (b) Reacting carbamoyl-AICA with an alkali or alkaline earth metal nitrite in the presence of an acid to provide temozolomide.
A process for producing an aqueous suspension of precipitated calcium carbonate comprising the steps of: i) providing a calcium oxide containing material, ii) providing a precipitation enhancer selected from the group consisting of calcium carbonate nanoparticles and/or a water-soluble calcium salt, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the precipitation enhancer of step ii), and iv) carbonating the milk of lime obtained from step iii) to form an aqueous suspension of precipitated calcium carbonate, wherein the precipitation enhancer of step ii) is added in an amount from 0.01 to 25 wt.-%, based on the total weight of the calcium oxide containing material, the calcium carbonate nanoparticles have a number based median particle size d 50 of less than 150 nm, and the water-soluble calcium salt is selected from the group consisting of calcium nitrate, calcium nitrate tetra hydrate, calcium chloride, calcium chloride dihydrate, and mixtures thereof. i) providing a calcium oxide containing material, ii) providing a precipitation enhancer selected from the group consisting of calcium carbonate nanoparticles and/or a water-soluble calcium salt, iii) preparing a milk of lime by mixing water, the calcium oxide containing material of step i), and the precipitation enhancer of step ii), and iv) carbonating the milk of lime obtained from step iii) to form an aqueous suspension of precipitated calcium carbonate,
A lens assembly having exactly three lenses, which is a first lens (E1), a second lens (E2) and a third lens (E3), the lens assembly comprising the first lens (E1), the second lens (E2), an aperture stop (STO), the third lens (E3) and a filter (E4) from an object side of the lens assembly to an image side of the lens assembly in turn, wherein the first lens (E1) is of a negative focal power, an image side surface (S2) of the first lens (E1) is concave; the second lens (E2) is of a focal power; the third lens (E3) is of a positive focal power, an image side surface (S6) of the third lens (E3) is convex, wherein each of the first lens (E1), the second lens (E2) and the third lens (E3) is made of a plastic material, characterized in that the lens assembly meets the following formulas: 0.53≤ (CT1+CT2)/CT3<0.9; and 0.4mm -1 ≤ImgH/(f ∗ TTL)≤0.59 mm -1 , wherein CT1 represents a central thickness of the first lens (E1), CT2 represents a central thickness of the second lens (E2), CT3 represents a central thickness of the third lens (E3), ImgH represents half of a length of an effective pixel region diagonal of the lens assembly at an imaging surface (S9), f represents an effective focal length of the lens assembly, and TTL represents a full length of the lens assembly. 0.53≤ (CT1+CT2)/CT3<0.9; and 0.4mm -1 ≤ImgH/(f ∗ TTL)≤0.59 mm -1 ,
A rotary electric machine comprising: - a rotor including a plurality of permanent magnets having magnetic poles, in a circumferential direction of a rotor iron core ; and - a stator including a plurality of tooth sections each having a front end portion which faces the rotor , and - wherein the rotor has a skew structure having a change section in which boundaries between the magnetic poles change with respect to a rotation axis direction, characterized in that the front end portion of each of the plurality of tooth sections of the stator has an auxiliary slot which is selectively formed in an extending manner at one portion of the front end portion in the rotation axis direction such that substantially a center of the auxiliary slot in the rotation axis direction is opposed to a center of the change section in the rotation axis direction, and no auxiliary slot is formed at portions located on extensions of the auxiliary slot in the rotation axis direction. - a rotor including a plurality of permanent magnets having magnetic poles, in a circumferential direction of a rotor iron core ; and - a stator including a plurality of tooth sections each having a front end portion which faces the rotor , and - wherein the rotor has a skew structure having a change section in which boundaries between the magnetic poles change with respect to a rotation axis direction,
A power device , comprising: a machine body; a housing , a first motor and a second motor located in the housing , the first motor is adapted to provide self-propelled power, and the second motor is adapted to provide working power for the power device ; and a control panel, the control panel including: a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod ; and a sliding potentiometer connected to the first motor ; wherein the sliding potentiometer comprises a potentiometer base and a sliding needle movably connected to the potentiometer base , and wherein the first motor is configured to adjust the rotation speed to adjust the self-propelling speed of the power device according to the moving distance of the sliding needle on the potentiometer base , wherein the control panel comprises a guideway fixed on the pushing rod , and the panel assembly sliding along the guideway , characterized in that the acceleration of the sliding needle as moving within [0, s1] is less than the acceleration of the sliding needle as moving within [s1, s2], wherein S1 represents a relative displacement distance between the panel assembly and the guideway as a preset first distance, and S2 represents a relative displacement distance between the panel assembly and the guideway as a maximum distance. a machine body; a housing , a first motor and a second motor located in the housing , the first motor is adapted to provide self-propelled power, and the second motor is adapted to provide working power for the power device ; and a control panel, the control panel including: a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod ; and a sliding potentiometer connected to the first motor ; a pushing rod connected to the machine body, a panel assembly reciprocatingly sliding on the pushing rod ; and a sliding potentiometer connected to the first motor ; wherein the sliding potentiometer comprises a potentiometer base and a sliding needle movably connected to the potentiometer base , and wherein the first motor is configured to adjust the rotation speed to adjust the self-propelling speed of the power device according to the moving distance of the sliding needle on the potentiometer base , wherein the control panel comprises a guideway fixed on the pushing rod , and the panel assembly sliding along the guideway , characterized in that the acceleration of the sliding needle as moving within [0, s1] is less than the acceleration of the sliding needle as moving within [s1, s2], wherein S1 represents a relative displacement distance between the panel assembly and the guideway as a preset first distance, and S2 represents a relative displacement distance between the panel assembly and the guideway as a maximum distance.
Shut-off valve comprising a magnet yoke , a magnet coil and a compression spring , and also comprising a guide , a guide pin and a magnet armature which is connected to the guide pin and on which an elastic diaphragm is arranged, wherein the diaphragm is able to be pressed, such that sealing closure is realized, onto at least one fluid port , and the compression spring is arranged in such a way as to surround the magnet coil ; wherein the diaphragm , the compression spring , the magnet armature , the guide and the guide pin are configured such that the shut-off valve can assume the following modes: - a blocking mode, in which, by way of the spring force of the compression spring , the diaphragm closes off both a fluid inlet and a fluid outlet without electrical energization if, at the fluid inlet and at the fluid outlet , the pressure (p) is below a defined pressure (p 2 ); - a metering mode, in which the shut-off valve opens without electrical energization if, at the fluid inlet and/or at the fluid outlet , the pressure (p) is above the defined pressure (p 2 ); - and a suck-back mode, in which a magnetic force between the magnet yoke and the magnet armature keeps the shut-off valve in an open position. - a blocking mode, in which, by way of the spring force of the compression spring , the diaphragm closes off both a fluid inlet and a fluid outlet without electrical energization if, at the fluid inlet and at the fluid outlet , the pressure (p) is below a defined pressure (p 2 ); - a metering mode, in which the shut-off valve opens without electrical energization if, at the fluid inlet and/or at the fluid outlet , the pressure (p) is above the defined pressure (p 2 ); - and a suck-back mode, in which a magnetic force between the magnet yoke and the magnet armature keeps the shut-off valve in an open position.
A honeycomb structure having a plurality of cells formed by a plurality of partition walls and extending through in parallel with one another between two end faces (S1, S2), wherein the partition walls are constituted of ceramic, and the cells are formed of the partition walls including first partition walls each having first thickness and second partition walls each having second thickness thinner than the first thickness, and each of the cells has a square shape in a cross section perpendicular to a cell extension direction, and the cells include cells whose three or four sides among the four sides forming the square shape are formed of the first partition walls and cells whose three or four sides among the four sides forming the square shape are formed of the second partition walls ; wherein a thin wall portion cell area / thick wall portion cell area ratio, which is the ratio of the thin wall portion cell area, where four sides forming the square shape includes only two sides formed of the first partition walls without facing each other or only one side or less formed of the first partition wall , to the thick wall portion cell area, where all the four sides forming the square shape are formed of the first partition walls , is 2.0 or more and 16 or less. wherein the partition walls are constituted of ceramic, and the cells are formed of the partition walls including first partition walls each having first thickness and second partition walls each having second thickness thinner than the first thickness, and each of the cells has a square shape in a cross section perpendicular to a cell extension direction, and the cells include cells whose three or four sides among the four sides forming the square shape are formed of the first partition walls and cells whose three or four sides among the four sides forming the square shape are formed of the second partition walls ; wherein a thin wall portion cell area / thick wall portion cell area ratio, which is the ratio of the thin wall portion cell area, where four sides forming the square shape includes only two sides formed of the first partition walls without facing each other or only one side or less formed of the first partition wall , to the thick wall portion cell area, where all the four sides forming the square shape are formed of the first partition walls , is 2.0 or more and 16 or less.
Window frame with joining means having a high positioning accuracy joining means, comprising a frame configured to be anchored recessed into a wall of a building, wherein said frame comprises at least two uprights and at least two crosspieces , suitable for defining a plane for laying and installation of the window frame, said window frame being equipped with an inner side, facing the use space of the building, and an outer side, facing the environment outside the building, wherein said inner and outer sides are divided by at least one glass panel, wherein said window frame comprises a main frame and a glass holder frame , wherein said main frame and said glass holder frame of the window frame being joined together by a plurality of clips , each of said clips is inserted into a slotted seat obtained in said main frame , and wherein each of said clips has a first face comprising a cylinder , configured to allow the centering of each clip in said slotted seat of said main frame , and a second face , opposite to said first face , said second face has laterally parallel planes configured to allow an alignment of said clip in said slotted seat in a perpendicular direction, wherein said cylinder of said first face of each clip has at least one knurled sector , placed on the opposite side with respect to said glass holder frame and is suitable to realize a pressure seal within said slotted seat .
A slitter-winder for fiber webs, which comprises an unwinding section , a slitting section and a winding section , characterized in that the slitter-winder is configured to unwind, slit and wind a thick fiber web to customer rolls , that the thick fiber web has basic weight of at least 200 g/m 2 , that the unwinding section of the slitter-winder comprises a first unwinder and a second unwinder for unwinding the thick fiber web of from a parent roll comprising full-width thick fiber web (W11, W12), and a joining device for joining a beginning end of a thick fiber web (W11) coming from a parent roll in the first unwinder to an end of a thick fiber web (W12) coming from a parent roll in the second unwinder by forming a joint (J), and that the winding section of the slitter-winder comprises a cutting device for cutting and removing part/-s of the thick fiber web comprising the joint (J) from the winding section . that the thick fiber web has basic weight of at least 200 g/m 2 , that the unwinding section of the slitter-winder comprises a first unwinder and a second unwinder for unwinding the thick fiber web of from a parent roll comprising full-width thick fiber web (W11, W12), and a joining device for joining a beginning end of a thick fiber web (W11) coming from a parent roll in the first unwinder to an end of a thick fiber web (W12) coming from a parent roll in the second unwinder by forming a joint (J), and that the winding section of the slitter-winder comprises a cutting device for cutting and removing part/-s of the thick fiber web comprising the joint (J) from the winding section .
An extracellular matrix (ECM) digest solution (pre-gel solution) having a pH of about 7.2 to about 7.8 and which forms a gel at a temperature of about 37°C, for use in inhibiting esophageal inflammation or reducing esophageal stricture in a subject, wherein the ECM digest solution is for administration to the esophagus of the subject.
A composition comprising a TK-deficient vaccinia virus for use in the treatment of a cancer and/or a tumour in a subject wherein the subject is also receiving a cancer therapy, wherein the TK-deficient virus comprises an inactivated N1L gene, wherein the N1L gene is inactivated by the insertion of a nucleic acid sequence encoding a heterologous polypeptide, and wherein the nucleic acid sequence comprises at least three vaccinia virus promoters, said vaccinia virus promoters are positioned in the same orientation which is opposite to that of the intact vaccinia virus ORF L024.
An electric vehicle comprising a support device for batteries of a vehicle battery pack , the support device being configured to support the vehicle battery pack , including a first battery accommodating portion arranged in a first space (S1) between a pair of side rails constituting a ladder frame of a vehicle ; including a second battery accommodating portion arranged in a second space (S2) below the first space (S1) and continuous with the first battery accommodating portion ; wherein batteries of the vehicle battery pack are accommodatable in the first battery accommodating portion and in the second battery accommodating portion , the support device comprising: a frame-side bracket to support the second battery accommodating portion ; characterized by , the frame-side bracket having first brackets extending outwardly from each of the side rails in a transversal direction of the vehicle and downwardly in a vertical direction of the vehicle , and a second bracket connectable to each of the first brackets below the second battery accommodating portion ; a battery-side bracket projecting outwardly from an end surface on an outer side of the second battery accommodating portion in the transversal direction of the vehicle ; and an elastic coupling portion elastically connecting the frame-side bracket and the battery-side bracket . including a first battery accommodating portion arranged in a first space (S1) between a pair of side rails constituting a ladder frame of a vehicle ; including a second battery accommodating portion arranged in a second space (S2) below the first space (S1) and continuous with the first battery accommodating portion ; wherein batteries of the vehicle battery pack are accommodatable in the first battery accommodating portion and in the second battery accommodating portion , the support device comprising: a frame-side bracket to support the second battery accommodating portion ; characterized by , the frame-side bracket having first brackets extending outwardly from each of the side rails in a transversal direction of the vehicle and downwardly in a vertical direction of the vehicle , and a second bracket connectable to each of the first brackets below the second battery accommodating portion ; a battery-side bracket projecting outwardly from an end surface on an outer side of the second battery accommodating portion in the transversal direction of the vehicle ; and an elastic coupling portion elastically connecting the frame-side bracket and the battery-side bracket . the frame-side bracket having first brackets extending outwardly from each of the side rails in a transversal direction of the vehicle and downwardly in a vertical direction of the vehicle , and a second bracket connectable to each of the first brackets below the second battery accommodating portion ; a battery-side bracket projecting outwardly from an end surface on an outer side of the second battery accommodating portion in the transversal direction of the vehicle ; and an elastic coupling portion elastically connecting the frame-side bracket and the battery-side bracket .