mhurhangee/ep-ind-claims huggingface dataset:
A silicon-containing resist underlayer film-forming composition containing at least any one of a condensation product and a hydrolysis condensation product or both of a mixture comprising: one or more kinds of a compound selected from the group consisting of an organic boron compound shown by the following general formula and a condensation product thereof and one or more kinds of a silicon compound shown by the following general formula, R1 m0 B m1 (3-m0-m1) wherein R represents an organic group having 1 to 6 carbon atoms and optionally forming a cyclic organic group by bonding of two ORs; R 1 represents an organic group having a hydroxyl group or a carboxyl group substituted with an acid-labile group and optionally forming a cyclic organic group by bonding of two R 1 s; m0 represents 1 or 2, m1 represents 0, 1, or 2, and 1≤m0+m1≤3, R 10 m10 R 11 m11 R 12 m12 Si(OR 13) (4-m10-m11-m12) wherein R 13 represents an organic group having 1 to 6 carbon atoms; each of R 10, R 11, and R 12 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; and m10, m11, and m12 represent 0 or 1, and 0≤m10+m11+m12≤3. one or more kinds of a compound selected from the group consisting of an organic boron compound shown by the following general formula and a condensation product thereof and one or more kinds of a silicon compound shown by the following general formula, R1 m0 B m1 (3-m0-m1) wherein R represents an organic group having 1 to 6 carbon atoms and optionally forming a cyclic organic group by bonding of two ORs; R 1 represents an organic group having a hydroxyl group or a carboxyl group substituted with an acid-labile group and optionally forming a cyclic organic group by bonding of two R 1 s; m0 represents 1 or 2, m1 represents 0, 1, or 2, and 1≤m0+m1≤3, R 10 m10 R 11 m11 R 12 m12 Si(OR 13) (4-m10-m11-m12) wherein R 13 represents an organic group having 1 to 6 carbon atoms; each of R 10, R 11, and R 12 represents a hydrogen atom or a monovalent organic group having 1 to 30 carbon atoms; and m10, m11, and m12 represent 0 or 1, and 0≤m10+m11+m12≤3.
Hair or beard clippers comprising: a) a substantially longitudinal gripping unit, b) a motor contained in the unit, c) a cutting head comprising: - a base comprising an attachment means (37,38) by sliding the cutting head on one end of the unit, - a cutting means located at a cutting end of the base, said cutting means comprising a first cutting blade attached to said base and a second cutting blade designed to be driven in a reciprocating motion that is substantially linear with respect to the first blade, - a guide means integral with said second blade and designed to receive an actuation means driven by said motor to drive the second blade; - characterised in that, - the cutting head is detachable from the unit and comprises a means for locking to the unit containing only a compression means arranged at one locking end opposite the cutting end to hold said cutting head on the unit by clipping. a) a substantially longitudinal gripping unit, b) a motor contained in the unit, c) a cutting head comprising: - a base comprising an attachment means (37,38) by sliding the cutting head on one end of the unit, - a cutting means located at a cutting end of the base, said cutting means comprising a first cutting blade attached to said base and a second cutting blade designed to be driven in a reciprocating motion that is substantially linear with respect to the first blade, - a guide means integral with said second blade and designed to receive an actuation means driven by said motor to drive the second blade; - characterised in that, - the cutting head is detachable from the unit and comprises a means for locking to the unit containing only a compression means arranged at one locking end opposite the cutting end to hold said cutting head on the unit by clipping. - a base comprising an attachment means (37,38) by sliding the cutting head on one end of the unit, - a cutting means located at a cutting end of the base, said cutting means comprising a first cutting blade attached to said base and a second cutting blade designed to be driven in a reciprocating motion that is substantially linear with respect to the first blade, - a guide means integral with said second blade and designed to receive an actuation means driven by said motor to drive the second blade; - characterised in that, - the cutting head is detachable from the unit and comprises a means for locking to the unit containing only a compression means arranged at one locking end opposite the cutting end to hold said cutting head on the unit by clipping.
A device for the transosseous insertion of suture threads, comprising: a main body equipped with a grip, and a protruding cannula provided with an active end; a flexible threadlike element, whereon there are fashioned a sharp tip and an opening that serves for the threading of at least one suture thread, said element being housed in a coaxially sliding manner inside the said cannula and, on command, exiting from the active end of the cannula; wherein the end protruding from the cannula of the threadlike element freely assumes a natural and predetermined curved form; a first means for producing the coaxial movement of the threadlike element in the two senses with respect to the cannula, wherein said first means comprises a rear part of the main body; characterized in that it comprises a second means for producing a coaxial movement of the threadlike element, in the exiting direction from the cannula, said second means comprises: a first element, whereto the threadlike element is fastened, said element being slidably coupled inside the main body in the proximity of the front part thereof; a second element slidably coupled to the main body and that exits at least partially from the rear part of the main body; a connecting rod, of a smaller cross-section than the cross-section of said first element and said second element and that is arranged inside the main body and solidly constrains the first element and the second element in translational motion, such that the advancement movement for the exiting of the threadlike element produced by the second means is disengaged for a short tract from the advancement of the threadlike element produced by the first means.
Method for measuring a female thread of a workpiece by means of a coordinate measuring machine with the aid of a CCD or CMOS sensor, characterized in that the CCD or CMOS sensor is used to record at least two images of a portion of the female thread, wherein, for the purposes of recording the portion of the female thread, the latter is illuminated by means of an illumination and wherein the recording conditions for the at least two images are modified and wherein the data from these at least two recorded images are used at least in part to establish the position, the orientation, the core diameter and/or the pitch of the female thread.
A transmission apparatus that performs transmission of a predetermined number of modulated symbols using an orthogonal frequency division multiplexing scheme in a first number of carrier frequencies, where the predetermined number is a product of the first number and a third number, the first number is two or more, and the third number is two or more, the transmission apparatus comprising: a symbol multiplexing unit to multiply a column vector containing the first number of modulated symbols generated by primary modulation in a frequency domain, by a precoding matrix having as many rows and columns as the first number to generate the third number of multiplexed symbol groups each containing the first number of multiplexed symbols each containing a second number of the modulated symbols that are multiplexed, where the second number is equal to or more than two and equal to or less than the first number; a subcarrier allocation unit to generate the first number of transmission symbol groups each containing the third number of transmission symbols, from the third number of the multiplexed symbol groups; and an inverse discrete Fourier transform unit (500, 510) to generate, from the transmission symbol groups, the first number of symbols in the orthogonal frequency division multiplexing scheme, each of the first number of the symbols corresponding to the third number of data subcarriers, wherein the subcarrier allocation unit allocates the multiplexed symbols contained in each of the multiplexed symbol groups to different transmission symbol groups. a symbol multiplexing unit to multiply a column vector containing the first number of modulated symbols generated by primary modulation in a frequency domain, by a precoding matrix having as many rows and columns as the first number to generate the third number of multiplexed symbol groups each containing the first number of multiplexed symbols each containing a second number of the modulated symbols that are multiplexed, where the second number is equal to or more than two and equal to or less than the first number; a subcarrier allocation unit to generate the first number of transmission symbol groups each containing the third number of transmission symbols, from the third number of the multiplexed symbol groups; and an inverse discrete Fourier transform unit (500, 510) to generate, from the transmission symbol groups, the first number of symbols in the orthogonal frequency division multiplexing scheme, each of the first number of the symbols corresponding to the third number of data subcarriers, wherein the subcarrier allocation unit allocates the multiplexed symbols contained in each of the multiplexed symbol groups to different transmission symbol groups.
An accelerometer comprising: a container having an opening; a flange configured to be welded to a sidewall of the container; a transducer; characterized by: a suspension assembly having a diaphragm (16, 216) and an annular support disposed along the periphery of the opening, wherein the annular support is affixed to, or monolithic with, the diaphragm (16, 216); a compliant preform affixed between the diaphragm (16,216) and the transducer, wherein the compliant preform includes securing channels and a first plurality of holes, wherein the diaphragm (16,216) includes a second plurality of holes, configured such that the second plurality of holes aligns with the first plurality of holes, and wherein the diaphragm (16,216) is secured to the compliant preform via the securing channels; and one or more conduits (140A,140B), wherein each conduit of the one or more conduits (140A,140B) is coupled to the transducer through a hole of the first plurality of holes and a hole of the second plurality of holes, wherein the annular support is affixed to the flange and the diaphragm (16,216) straddles across the opening and is configured to hold the transducer at a space from the interior surfaces of the container, the space being filled with an inert gas. a container having an opening; a flange configured to be welded to a sidewall of the container; a transducer; characterized by: a suspension assembly having a diaphragm (16, 216) and an annular support disposed along the periphery of the opening, wherein the annular support is affixed to, or monolithic with, the diaphragm (16, 216); a compliant preform affixed between the diaphragm (16,216) and the transducer, wherein the compliant preform includes securing channels and a first plurality of holes, wherein the diaphragm (16,216) includes a second plurality of holes, configured such that the second plurality of holes aligns with the first plurality of holes, and wherein the diaphragm (16,216) is secured to the compliant preform via the securing channels; and one or more conduits (140A,140B), wherein each conduit of the one or more conduits (140A,140B) is coupled to the transducer through a hole of the first plurality of holes and a hole of the second plurality of holes, wherein the annular support is affixed to the flange and the diaphragm (16,216) straddles across the opening and is configured to hold the transducer at a space from the interior surfaces of the container, the space being filled with an inert gas.
Device for recovering heat from wastewater, of the type comprising a vat for holding wastewater, the vat being of general parallelepiped shape, and a heat exchanger comprising at least one heat exchange plate having two opposite surfaces and an inner pipe for circulation of a heat transfer fluid between the two surfaces, the or each plate being arranged in a heat exchange compartment of the vat so that the wastewater circulates substantially vertically from bottom upwards along the two opposite surfaces of the or each plate between an inlet of the heat exchange compartment located in the lower portion and an outlet of the heat exchange compartment located in the upper portion, the heat recovery device being characterized in that the vat comprises a baffle to force circulation of the wastewater downwards towards the inlet of the or of each heat exchange compartment.
A floor box to be embedded in a screed poured on a floor, with said box including: - a base intended to be attached to the floor, including a wall (120, 130) which defines a cavity with a front opening opposite a flat bottom, and - a cover comprising a front wall bordered by at least one side wall, connected on the base so that the front wall closes the front opening of said cavity. characterized in that a portion of the free edge of the side wall of the cover is positioned edge to edge with a portion of the free edge of the wall of the base, while a portion of the side wall of the cover, extending perpendicularly to the flat bottom of the base, partially covers the outer surface of the wall of the base so that the cover forms a permanent formwork to be extracted from the screed around the floor box. - a base intended to be attached to the floor, including a wall (120, 130) which defines a cavity with a front opening opposite a flat bottom, and - a cover comprising a front wall bordered by at least one side wall, connected on the base so that the front wall closes the front opening of said cavity.
A piece of furniture having at least one furniture body (10, 10', 10") and at least one fitting for guiding a movable furniture part, wherein the fitting is integrated into an attachment element, which is aligned parallel to a wall of the at least one furniture body (10, 10', 10") and is arranged externally on the furniture body (10, 10', 10"), characterized in that the at least one fitting is a flap fitting, which guides a flap or flap arrangement as the movable furniture part, and which comprises a lever mechanism, wherein the lever mechanism can be retracted completely, possibly except for installation elements on which the movable furniture part is fastened, into an opening in an end face of the attachment element.
Installation for the production of hot water, comprising an outer shell, an upper cover plate, a lower cover plate, a burner with an injection device and a combustion chamber comprising flue tubes disposed in the shell and at least one tank/exchanger or an exchanger disposed in the interior of the shell, the inner space of the shell including a separation plate creating an upper part and a lower part in the shell, characterised in that the upper and lower parts (12, 13) consist of a lower chamber and an upper chamber one on top of the other, the upper chamber being kept constantly at high temperature, that the flue tubes pass through the said upper and lower chambers (12, 13) and the separation plate, that the separation plate includes a device for communicating between the upper and lower chambers (12, 13) and that the burner is situated on the upper cover plate in such a manner that the flue gases flow vertically from top to bottom via the flue tubes that pass through the two chambers (12, 13) forming the two primary circuits of the installation, the upper chamber working at high temperature, while the lower chamber is operated at low temperature in the flue gas condensation zone.
A time synchronization method, comprising: receiving (S101a, S201), by a second node, a first time packet at a second time, wherein the first time packet is sent by a first node at a first time over a first working wavelength, and the first time packet carries the sending time of the first time packet; receiving (S102a, S202), by the second node, a second time packet at a fourth time, wherein the second time packet is sent by the first node at a third time over a second working wavelength, and the second time packet carries the sending time of the second time packet; calculating (S103a, S203), by the second node, an absolute time deviation between the second node and the first node according to the first time, the second time, the third time, the fourth time, a first signal transmission rate corresponding to the first working wavelength, and a second signal transmission rate corresponding to the second working wavelength; and synchronizing (S104a, S204) a local time of the second node with a local time of the first node according to the calculated absolute time deviation. receiving (S101a, S201), by a second node, a first time packet at a second time, wherein the first time packet is sent by a first node at a first time over a first working wavelength, and the first time packet carries the sending time of the first time packet; receiving (S102a, S202), by the second node, a second time packet at a fourth time, wherein the second time packet is sent by the first node at a third time over a second working wavelength, and the second time packet carries the sending time of the second time packet; calculating (S103a, S203), by the second node, an absolute time deviation between the second node and the first node according to the first time, the second time, the third time, the fourth time, a first signal transmission rate corresponding to the first working wavelength, and a second signal transmission rate corresponding to the second working wavelength; and synchronizing (S104a, S204) a local time of the second node with a local time of the first node according to the calculated absolute time deviation.
A method for recovering carbohydrates in a prehydrolysis pulping process, characterized by comprising the following stages: a) providing a batch digester containing a column of lignocellulosic material, b) heating the digester and its contents by direct steam to a temperature in the range 150 - 180 °C, c) providing a flow of liquid at a temperature corresponding to that in step b) and containing hydrolysis product from lignocellulosic material, to the top of the column, creating a downflow of a liquid volume less than the voids in the column of lignocellulosic material, d) collecting and recovering from the digester bottom into a container a first fraction of the hydrolysate resulting from said downflow, e) adding non-alkaline makeup extraction liquid to the flow provided to the top of the column and continuing the downflow of a liquid volume less than the voids in the column of lignocellulosic material, collecting a second hydrolysate fraction and discharging said second hydrolysate fraction from the digester to a hydrolysate storage tank. a) providing a batch digester containing a column of lignocellulosic material, b) heating the digester and its contents by direct steam to a temperature in the range 150 - 180 °C, c) providing a flow of liquid at a temperature corresponding to that in step b) and containing hydrolysis product from lignocellulosic material, to the top of the column, creating a downflow of a liquid volume less than the voids in the column of lignocellulosic material, d) collecting and recovering from the digester bottom into a container a first fraction of the hydrolysate resulting from said downflow, e) adding non-alkaline makeup extraction liquid to the flow provided to the top of the column and continuing the downflow of a liquid volume less than the voids in the column of lignocellulosic material, collecting a second hydrolysate fraction and discharging said second hydrolysate fraction from the digester to a hydrolysate storage tank.
Processing apparatus for a workpiece, wherein the workpiece is preferably in at least one section made of wood, derived timber products, plastic or the like, having: a processing tool for processing a workpiece; a sensing device by means of which a predetermined feed position of the processing tool relative to a workpiece section being processed is obtainable; a conveying device for bringing about a relative movement between processing tool and workpiece; wherein the apparatus further has a microadjusting device by means of which a relative displacement between the processing tool and the sensing device is obtainable, characterised in that the microadjusting device has a fluid-operated adjusting device, so that the relative displacement can be brought about by means of a fluid, and the microadjusting device has a fluid receptacle with at least one elastically deformable boundary surface, in particular a diaphragm, and a pressure-varying device for varying a fluid pressure in the fluid receptacle, wherein the sensing device is connected to the elastically deformable boundary surface and, as a result of pressure variation of a fluid in the fluid receptacle, a relative displacement between at least one portion of the elastically deformable boundary surface and the centre of gravity of the fluid receptacle is obtainable. a processing tool for processing a workpiece; a sensing device by means of which a predetermined feed position of the processing tool relative to a workpiece section being processed is obtainable; a conveying device for bringing about a relative movement between processing tool and workpiece; wherein the apparatus further has a microadjusting device by means of which a relative displacement between the processing tool and the sensing device is obtainable, characterised in that the microadjusting device has a fluid-operated adjusting device, so that the relative displacement can be brought about by means of a fluid, and the microadjusting device has a fluid receptacle with at least one elastically deformable boundary surface, in particular a diaphragm, and a pressure-varying device for varying a fluid pressure in the fluid receptacle, wherein the sensing device is connected to the elastically deformable boundary surface and, as a result of pressure variation of a fluid in the fluid receptacle, a relative displacement between at least one portion of the elastically deformable boundary surface and the centre of gravity of the fluid receptacle is obtainable.