mhurhangee/ep-ind-claims huggingface dataset:
A process for the preparation of a compound of the general formula in which one of X and X' represents a polymer, and the other represents a hydrogen atom; each Q independently represents a linking group; W represents an electron-withdrawing moiety or a moiety preparable by reduction of an electron-withdrawing moiety; or, if X' represents a polymer, X-Q-W- together may represent an electron withdrawing group; and in addition, if X represents a polymer, X' and electron withdrawing group W together with the interjacent atoms may form a ring; Z represents a protein or a peptide linked to A and B via histidine residues contained in a polyhistidine tag attached to said protein or peptide and containing from 2 to 12 histidine residues; A is a C 1-5 alkylene or alkenylene chain; and B is a bond or a C 1-4 alkylene or alkenylene chain; which comprises reacting either (i) a compound of the general formula in which: X, X', Q, A and B have the meanings given above; W' represents an electron-withdrawing group; or, if X' represents a polymer, X-Q-W' together may represent an electron withdrawing group; and each L independently represents a leaving group; or (ii) a compound of the general formula in which X, X', Q, W', A and L have the meanings given for the general formula II, and in addition if X represents a polymer, X' and electron-withdrawing group W' together with the interjacent atoms may form a ring, and m represents an integer 1 to 4; with a protein or a peptide carrying a polyhistidine tag attached to said protein or peptide and containing from 2 to 12 histidine residues; and if desired, reducing the electron-withdrawing group W'. in which one of X and X' represents a polymer, and the other represents a hydrogen atom; each Q independently represents a linking group; W represents an electron-withdrawing moiety or a moiety preparable by reduction of an electron-withdrawing moiety; or, if X' represents a polymer, X-Q-W- together may represent an electron withdrawing group; and in addition, if X represents a polymer, X' and electron withdrawing group W together with the interjacent atoms may form a ring; Z represents a protein or a peptide linked to A and B via histidine residues contained in a polyhistidine tag attached to said protein or peptide and containing from 2 to 12 histidine residues; A is a C 1-5 alkylene or alkenylene chain; and B is a bond or a C 1-4 alkylene or alkenylene chain; X, X', Q, A and B have the meanings given above; W' represents an electron-withdrawing group; or, if X' represents a polymer, X-Q-W' together may represent an electron withdrawing group; and each L independently represents a leaving group;
An anti-vibration rubber composition, comprising: a rubber component comprising 60% by mass or more of a diene rubber; a filler comprising a carbon black having an iodine adsorption number of 10 to 70 mg/g and a DBP adsorption number of 30 to 180 ml/100g and a silica, a content ratio (a/b) between the carbon black (a) and the silica (b) being 10/90 to 90/10 on a mass basis; and a hydrazine derivative. a rubber component comprising 60% by mass or more of a diene rubber; a filler comprising a carbon black having an iodine adsorption number of 10 to 70 mg/g and a DBP adsorption number of 30 to 180 ml/100g and a silica, a content ratio (a/b) between the carbon black (a) and the silica (b) being 10/90 to 90/10 on a mass basis; and a hydrazine derivative.
A containing and conditioning system (102, 202) for an agricultural product, such as seeds or grains, said system comprising - a container for containing the agricultural product, the container having an inlet and an outlet for the agricultural product, - a conditioning device for conditioning the agricultural product, - a stirring device (114, 204) for stirring the agricultural product, - at least one sensor for sensing characteristics of the agricultural product, such as a humidity and/or a temperature, - a control device adapted to control said system in response to said characteristics and wherein said sensor is a wireless sensor and said sensor is comprised in said stirring device (114, 204), - wherein said sensor is attached to said stirring device (114, 204) at a position which is fixed relatively to at least a part of the stirring device and said sensor is moveable with said part of the stirring device, - characterized in that said part is a stirring part of said stirring device and said sensor is attached to or incorporated in said stirring part, and - wherein said part is an auger. - a container for containing the agricultural product, the container having an inlet and an outlet for the agricultural product, - a conditioning device for conditioning the agricultural product, - a stirring device (114, 204) for stirring the agricultural product, - at least one sensor for sensing characteristics of the agricultural product, such as a humidity and/or a temperature, - a control device adapted to control said system in response to said characteristics and wherein said sensor is a wireless sensor and said sensor is comprised in said stirring device (114, 204), - wherein said sensor is attached to said stirring device (114, 204) at a position which is fixed relatively to at least a part of the stirring device and said sensor is moveable with said part of the stirring device, - characterized in that said part is a stirring part of said stirring device and said sensor is attached to or incorporated in said stirring part, and - wherein said part is an auger.
A shower floor former for creating a sloping profile for waste-water run off below a waterproof floor covering of a shower area, wherein the former is made of a moulded plastics or cast plastics material and comprising sloping surfaces converging to define an integral linear drainage trough having upstanding side walls and a linear perforated drainage cover sized to cover the trough, a support frame including planar sides, the support frame supporting the drainage cover so as to be proud of the trough and flush with the in use waterproof floor covering on the sloping surfaces; characterised in that the side walls of the trough define a perimeter which is stepped to provide at least one flange extending around the trough, the trough has a base, which base contains at least one predefined drainage hole for connection to a shower waste, the planar sides of the support frame lie on the flange provided in and around the side walls of the trough, and the support frame and trough have a series of complementary predefined holes or recesses for receiving fastening means whereby the support frame is fastened to the former.
Use of benzyl alcohols substituted on the aromatic ring, where the ring substituents are selected from alkoxy or dialkylamino groups or from linear, branched or cyclic alkyl groups having at least three carbon atoms, as modifiers for epoxy resins.
A tire conveyor for transport means, in particular vehicles, of a cableway system, comprising tires, which are arranged along a track, and comprising a drivetrain for the tires, which has at least one drive pulley, in particular a belt pulley, and at least one drive means, in particular a belt, characterized in that a guide is arranged along the track, at least in some sections, and in that at least one measurement device for measuring at least one property of the drivetrain, or of a component of the drivetrain, is displaceable on the guide.
A method of fabricating a solar cell, the method comprising: forming a dielectric layer over a back surface of a silicon substrate; forming a polysilicon layer over the dielectric layer on the back surface of the silicon substrate; forming a first dopant source and a second dopant source over the polysilicon layer; locally heating the polysilicon layer to drive dopants from the first dopant source and the second dopant source to the polysilicon layer to form a P-type doped region and an N-type doped region and to recrystallize the polysilicon layer to have an average grain size of at least 1 micron at an interface between the P-type doped region and the N-type doped region; and characterized by forming metal contacts electrically connected to the P-type doped region and the N-type doped region, the metal contacts being configured to allow an external electrical circuit to be coupled to and be powered by the solar cell, wherein the P-type doped region and the N-type doped region are formed directly over the dielectric layer in a contiguous portion of the polysilicon layer and they are abut. forming a dielectric layer over a back surface of a silicon substrate; forming a polysilicon layer over the dielectric layer on the back surface of the silicon substrate; forming a first dopant source and a second dopant source over the polysilicon layer; locally heating the polysilicon layer to drive dopants from the first dopant source and the second dopant source to the polysilicon layer to form a P-type doped region and an N-type doped region and to recrystallize the polysilicon layer to have an average grain size of at least 1 micron at an interface between the P-type doped region and the N-type doped region; and characterized by forming metal contacts electrically connected to the P-type doped region and the N-type doped region, the metal contacts being configured to allow an external electrical circuit to be coupled to and be powered by the solar cell, wherein the P-type doped region and the N-type doped region are formed directly over the dielectric layer in a contiguous portion of the polysilicon layer and they are abut.
A cooling device for cooling a weld on a side fold of a film material in a bag filling system, having a cooling channel for feeding cooling fluid, wherein the cooling channel has a cooling segment having two outlet surfaces oriented at an acute angle to each other, in which outlet openings for the discharging of the cooling fluid from the cooling channel are formed, characterized in that the cooling segment has at least one guiding element for guiding the cooling fluid, wherein the at least one guiding element orients the flow direction of the cooling fluid discharged from the outlet openings at an acute angle to the respective outlet surface.
Process for the production of a fibre-composite component where the fibre-composite component comprises a composite made of hardened matrix material, and comprises fibre material embedded therein, where in at least one subregion of the fibre-composite component there is at least one thread provided which extends in undulating form along a surface region of the composite in a manner such that sections (16-1, 16-2) of the thread are alternately within the composite and outside of the composite, where the process comprises the following steps: a) provision of a fibre material, b) introduction, in at least one subregion of the fibre material, at least of one thread in a manner such that the thread extends in undulating form along a surface region of the fibre material in a manner such that sections (16-1, 16-2) of the thread are alternately within the fibre material and outside of the fibre material, c) infiltration of a hardenable matrix material into the fibre material, and d) hardening of the matrix material, characterized in that in step b) at least one thread is repeatedly inserted from a side through the fibre material by means of a needle. a) provision of a fibre material, b) introduction, in at least one subregion of the fibre material, at least of one thread in a manner such that the thread extends in undulating form along a surface region of the fibre material in a manner such that sections (16-1, 16-2) of the thread are alternately within the fibre material and outside of the fibre material, c) infiltration of a hardenable matrix material into the fibre material, and d) hardening of the matrix material,
Method for producing a prosthesis for reinforcing an abdominal wall in which an incision has been made, said prosthesis comprising a knitted structure made in one piece, said knitted structure comprising a first portion, which is substantially plane and flexible and is intended to be placed between the abdominal wall and the abdominal cavity, and a second portion, which is substantially plane and flexible and is intended to be placed between the two margins of the incision, said second portion extending substantially perpendicularly from one face of said first portion, said method being characterised by the following steps: a) producing a knit comprising a base sheet which is substantially plane and elongate and which is equipped in its longitudinal direction with a succession of folds substantially perpendicular to said sheet, by knitting biocompatible yarns on a warp knitting machine, said yarns being distributed on at least three guide bars B1, B2 and B3, said three bars operating according to a defined weave repeat recurring as desired along the production length of the knit, each bar being supplied with a yarn coming from a corresponding warp beam rod at a dedicated run-in appropriate to the movement of said bar in accordance with said weave repeat, at least bar B1 having a variable dedicated run-in D1, the value of said variable dedicated run-in D1 decreasing and tending towards 0 on part of said weave repeat, the decrease in the value of said run-in D1 on said part of said weave repeat generating a said perpendicular fold, b) cutting from the knit obtained in step a) a knitted structure comprising a part of said base sheet equipped with a perpendicular fold, said part of the base sheet forming said first portion of the prosthesis, and said perpendicular fold forming said second portion of the prosthesis. a) producing a knit comprising a base sheet which is substantially plane and elongate and which is equipped in its longitudinal direction with a succession of folds substantially perpendicular to said sheet, by knitting biocompatible yarns on a warp knitting machine, said yarns being distributed on at least three guide bars B1, B2 and B3, said three bars operating according to a defined weave repeat recurring as desired along the production length of the knit, each bar being supplied with a yarn coming from a corresponding warp beam rod at a dedicated run-in appropriate to the movement of said bar in accordance with said weave repeat, at least bar B1 having a variable dedicated run-in D1, the value of said variable dedicated run-in D1 decreasing and tending towards 0 on part of said weave repeat, the decrease in the value of said run-in D1 on said part of said weave repeat generating a said perpendicular fold, b) cutting from the knit obtained in step a) a knitted structure comprising a part of said base sheet equipped with a perpendicular fold, said part of the base sheet forming said first portion of the prosthesis, and said perpendicular fold forming said second portion of the prosthesis.
A method of producing a fermented malt beverage, comprising cross-flow filtering a fermented liquid containing malt as a raw material, wherein the cross-flow filtration is performed through a monolithic ceramic membrane filter disposed apart from a flow path of the fermented liquid, including a slit having an opening in its side surface, and having a membrane pore size of 0.5 μm or less, and the fermented liquid contains silica gel having a drying loss of 10% or less, wherein the dry loss is measured according to ISO 787-2: 1981 (JIS K 5101-15-1: 2004). wherein the cross-flow filtration is performed through a monolithic ceramic membrane filter disposed apart from a flow path of the fermented liquid, including a slit having an opening in its side surface, and having a membrane pore size of 0.5 μm or less, and the fermented liquid contains silica gel having a drying loss of 10% or less, wherein the dry loss is measured according to ISO 787-2: 1981 (JIS K 5101-15-1: 2004).
Portable power tool positioning device having at least one housing and having at least one setting unit which has at least one movably mounted setting element for setting a spacing of the housing relative to a tool receptacle and/or relative to a workpiece support surface of a portable power tool and which has at least one pivotably mounted fixing element for fixing the setting element in at least one position, wherein the fixing element has at least one clamping surface (22, 24) which, at least in one position of the fixing element, bears against an outer surface of the setting element, wherein the fixing element is mounted so as to be pivotable about a movement axis extending at least substantially perpendicularly to a movement axis of the setting element, characterized in that the setting element comprises at least one spring element which applies a spring force to the fixing element and which generates at least one spring-force component in a direction extending at least substantially parallel to a movement axis of the setting element, and in a direction extending at least substantially perpendicularly to the movement axis of the setting element.
A method comprising: in a slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D), - receiving an initialization signal, - in response to the initialization signal, transmitting an identification of the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) via a bus (13; 53; 63), characterized in that the method further comprises: - checking whether a collision occurs on the bus (13; 53; 63) when transmitting the initialization identification, - if a collision occurs, setting the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) in an inactive state, and - if no collision occurs, receiving an address for the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) after transmitting the identification. in a slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D), - receiving an initialization signal, - in response to the initialization signal, transmitting an identification of the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) via a bus (13; 53; 63), - receiving an initialization signal, - in response to the initialization signal, transmitting an identification of the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) via a bus (13; 53; 63), characterized in that the method further comprises: - checking whether a collision occurs on the bus (13; 53; 63) when transmitting the initialization identification, - if a collision occurs, setting the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) in an inactive state, and - if no collision occurs, receiving an address for the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) after transmitting the identification. - checking whether a collision occurs on the bus (13; 53; 63) when transmitting the initialization identification, - if a collision occurs, setting the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) in an inactive state, and - if no collision occurs, receiving an address for the slave device (12A, 12B, 12C; 57A, 57B; 62A, 62B, 62C, 62D) after transmitting the identification.
Electronic equipment comprising a card having an electronic component, a radiator having a bottom carrying fins, the bottom of the radiator resting on the electronic component, and the equipment also having a cover extending over the radiator and arranging for air to flow around the fins of the radiator, the cover including a plurality of spring blades, each pressed against a top edge of at least one of the fins in order to hold the radiator pressed against the component, and the spring blades have respective first ends that are secured to the cover and respective second ends that are free and pressed against the top edge of the fins.
A chromatic mirror for a white light source based illumination system, the chromatic mirror comprising a mirroring surface formed by a coating, a film, or a panel, and a diffusing layer in front of the mirroring surface, which preferentially scatters short-wavelength components of impinging white light with respect to long-wavelength components of impinging white light, the diffusing layer comprising a first dispersion of light-scattering centers of average size smaller than 250nm, and a transparent polymer layer having the first dispersion of light-scattering centers embedded therein, thereby scattering light in a Rayleigh or Rayleigh-like regime, wherein the chromatic mirror is characterized by further comprising a second dispersion of light-scattering centers of average size exactly or greater than 5 times the average size of the light-scattering centers of the first dispersion and having a size larger than 1 μm, the second dispersion being embedded in the transparent polymer layer or in a further transparent polymer layer, and/or by a lateral variation of a physical and/or an optical thickness of the diffusing layer, or of a further transparent layer of the chromatic mirror that includes a thickness modulation with an average spatial frequency in the range of 10-200 modulations/mm, and a ratio between the depth and the transverse size of the thickness modulation in the range 0,05-2, such that the chromatic mirror has a reflectance for white light at the specular angle smaller than 50% with respect to the case of comprising only the first dispersion without the layer of varying thickness and/or the second dispersion.
A method of manufacturing microporous polymer films by stretching sheets at a temperature that is lower than the melting temperature of the crystalline portion of said sheets by 3 to 15°C, obtained through phase separation of a semicrystalline polymer and a diluent, and extracting said diluent, wherein the cross-section of said sheets is comprised of the crystalline region, the pore region penetrating the sheet in thickness direction by connecting in three dimensions, and the non-crystalline region swollen by said diluent, wherein said pore region has irregular sizes and structures, an average diameter of the pore is 0.01 μm to 2 μm, and a volume ratio of the pore region with respect to the volume of the entire composition is 10% to 40%, and wherein said non-crystalline region has a swelling ratio of 200% or greater, is split during the process of stretching, and generates pores having an average diameter of 0.01 μm to 1 μm.
A vehicle safety barrier system for mounting on a vehicle, the barrier system comprising an inflatable barrier arm, wherein the barrier arm is configured for movement between a first, stowed position in which the arm is not inflated, and a second, operational position in which the arm is inflated and wherein, when in the second position, the barrier arm is arranged to project a predetermined distance from the vehicle to indicate a safe passing distance, wherein the barrier arm is caused to inflate by a pneumatic actuator connected to a source of compressed air, characterised in that the system comprises one or more impact sensors arranged in use to detect an impact on the barrier arm by detecting a pressure change in the barrier arm.