mhurhangee/ep-ind-claims huggingface dataset:
A cutting head for a cutting tool, comprising: a cutting portion; and a shank portion; the cutting portion comprising a plurality of integrally formed cutting edges; the shank portion having a first end adjacent the cutting portion and a second end, wherein the shank portion has a first portion of the shank portion having a first diameter, a second portion of the shank portion having a second diameter smaller than the first diameter, and a cylindrical third portion of the shank portion having a third diameter larger than the second diameter and smaller than the first diameter, the first portion of the shank portion being closer to the first end of the shank portion than the second and third portions (37 and 39) of the shank portion and the third portion of the shank portion being disposed closer to the second end of the shank portion than the first and second portions (35 and 37) of the shank portion, the first portion of the shank portion having an exterior surface comprising at least one axially extending recess extending from an end of the first portion of the shank portion closest to the second portion of the shank portion toward the first end of the shank portion, and characterised in that the cutting head is entirely formed of a pressed and sintered cemented carbide material. a cutting portion; and a shank portion; the cutting portion comprising a plurality of integrally formed cutting edges; the shank portion having a first end adjacent the cutting portion and a second end, wherein the shank portion has a first portion of the shank portion having a first diameter, a second portion of the shank portion having a second diameter smaller than the first diameter, and a cylindrical third portion of the shank portion having a third diameter larger than the second diameter and smaller than the first diameter, the first portion of the shank portion being closer to the first end of the shank portion than the second and third portions (37 and 39) of the shank portion and the third portion of the shank portion being disposed closer to the second end of the shank portion than the first and second portions (35 and 37) of the shank portion, the first portion of the shank portion having an exterior surface comprising at least one axially extending recess extending from an end of the first portion of the shank portion closest to the second portion of the shank portion toward the first end of the shank portion, and characterised in that the cutting head is entirely formed of a pressed and sintered cemented carbide material.
Method for impregnating a fibrous substrate, characterized in that it comprises a step of impregnating the fibrous substrate with a (meth)acrylic mixture comprising a) a first dispersion comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, b) a second dispersion comprising at least one flame retardant, the flame retardant being in the form of particles having an average diameter D 50 of between 0.5 and 10 μm, said (meth)acrylic mixture being obtained by a step of preparing by mixing the first dispersion, comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, and the second dispersion, comprising at least one flame retardant. a) a first dispersion comprising at least one (meth)acrylic polymer obtained by emulsion polymerization of one or more (meth)acrylic monomers, b) a second dispersion comprising at least one flame retardant, the flame retardant being in the form of particles having an average diameter D 50 of between 0.5 and 10 μm,
Method for arranging a laser alignment system on a device having two shafts (5, 6) connected to each other by a coupling, wherein the laser alignment system has at least a first apparatus and at least a second apparatus, wherein the coupling has a first and a second connecting flange (7, 8), wherein there is a first connecting element on a first of the two shafts (5, 6), wherein there is a second connecting element on the second shaft of the two shafts (5, 6), wherein the first connecting element is connected to the first connecting flange, wherein the second connecting element is connected to the second connecting flange, wherein the method comprises the following steps: connecting the first apparatus to the first connecting element to arrange the first apparatus in a predefined position between the two connecting flanges (7, 8), in which the first apparatus is spaced apart from the coupling, and connecting the second apparatus to the second connecting element to arrange the second apparatus in a predefined position between the two connecting flanges (7, 8), in which the second apparatus is spaced apart from the coupling. wherein the laser alignment system has at least a first apparatus and at least a second apparatus, wherein the coupling has a first and a second connecting flange (7, 8), wherein there is a first connecting element on a first of the two shafts (5, 6), wherein there is a second connecting element on the second shaft of the two shafts (5, 6), wherein the first connecting element is connected to the first connecting flange, wherein the second connecting element is connected to the second connecting flange, connecting the first apparatus to the first connecting element to arrange the first apparatus in a predefined position between the two connecting flanges (7, 8), in which the first apparatus is spaced apart from the coupling, and connecting the second apparatus to the second connecting element to arrange the second apparatus in a predefined position between the two connecting flanges (7, 8), in which the second apparatus is spaced apart from the coupling.
A method of operating a terminal, comprising: - receiving a first part of a wake-up signal from a base station, the first part being related to a cell associated with the base station, - based on a synchronization signal included in the first part of the wake-up signal: synchronizing the terminal with the base station, and - based on said synchronizing: selectively receiving a second part of the wake-up signal from the base station, the second part being related to the terminal, wherein a cell identity of the cell is encoded into the synchronization signal. - receiving a first part of a wake-up signal from a base station, the first part being related to a cell associated with the base station, - based on a synchronization signal included in the first part of the wake-up signal: synchronizing the terminal with the base station, and - based on said synchronizing: selectively receiving a second part of the wake-up signal from the base station, the second part being related to the terminal,
A cooling structure for a bearing device, the bearing device including a rolling bearing having a stationary raceway ring and a rotating raceway ring opposing inside and outside of the rolling bearing, a stationary spacer adjacent to the stationary raceway ring and a rotating spacer adjacent to the rotating raceway ring, the stationary raceway ring and the stationary spacer being provided in, out of a stationary member and a rotating member, the stationary member, and the rotating raceway ring and the rotating spacer being provided in the rotating member, the cooling structure comprising: an annular recessed portion provided on a circumferential surface, of the stationary spacer, that confronts an opposite spacer; and a nozzle hole configured to inject a compressed air from an outlet open to a bottom surface of the recessed portion toward a circumferential surface of the rotating spacer that confronts an opposite spacer, the nozzle hole being inclined forwardly in a rotation direction of the rotating spacer, characterized in that the recessed portion is an annular groove having a chevron-shaped cross section in which a portion formed with the outlet of the nozzle hole is most recessed, and a recessed amount gradually decreases from the most recessed portion toward at least one side in an axial direction. an annular recessed portion provided on a circumferential surface, of the stationary spacer, that confronts an opposite spacer; and a nozzle hole configured to inject a compressed air from an outlet open to a bottom surface of the recessed portion toward a circumferential surface of the rotating spacer that confronts an opposite spacer, the nozzle hole being inclined forwardly in a rotation direction of the rotating spacer, characterized in that the recessed portion is an annular groove having a chevron-shaped cross section in which a portion formed with the outlet of the nozzle hole is most recessed, and a recessed amount gradually decreases from the most recessed portion toward at least one side in an axial direction.
A data processing apparatus comprising: a set of vector registers; flag setting circuitry, responsive to a determination that a vector generated for storage in a vector register of said set comprises a plurality of elements that meet specified contiguousness criteria, to generate flag information associated with that vector register; and processing circuitry to perform a vector memory access operation in order to access in memory a plurality of data values at addresses determined from an address vector operand comprising a plurality of address elements, said address vector operand being provided in a specified vector register of said set, and the plurality of elements of the vector stored in said specified vector register forming said plurality of address elements; the processing circuitry being arranged to determine whether said specified vector register has flag information associated therewith and, when the first vector register does have flag information associated therewith, to use the flag information when determining a number of accesses to memory required to access the plurality of data values. a set of vector registers; flag setting circuitry, responsive to a determination that a vector generated for storage in a vector register of said set comprises a plurality of elements that meet specified contiguousness criteria, to generate flag information associated with that vector register; and processing circuitry to perform a vector memory access operation in order to access in memory a plurality of data values at addresses determined from an address vector operand comprising a plurality of address elements, said address vector operand being provided in a specified vector register of said set, and the plurality of elements of the vector stored in said specified vector register forming said plurality of address elements; the processing circuitry being arranged to determine whether said specified vector register has flag information associated therewith and, when the first vector register does have flag information associated therewith, to use the flag information when determining a number of accesses to memory required to access the plurality of data values.
Alginate gum particle or particles, which particle or particles in uncoated form have a dry solids content between 80% and 100% w/w; and which particle or particles in uncoated form comprise between 0.4% and 1.6% w/w calcium ions on a dry solids basis and have a particle size of between 20 microns and 200 microns in uncoated form.
Method for synchronizing a control unit and at least one peripheral unit having actuators and/or sensors, which units interchange data with one another via a serial interface, wherein the control unit sends data to the at least one peripheral unit, which data are processed in the peripheral unit to operate the actuators and/or sensors, and wherein synchronization is accomplished by virtue of at least one synchronization character being transmitted from the control unit to the peripheral unit, characterized in that the synchronization character is added by the control unit to a first data sequence of a data stream that is to be sent from the control unit to the peripheral unit and in that the control unit delays the timing of the sending of a second data sequence of the data stream that is to be sent, which second data sequence is to be transmitted after the first data sequence, with the result that the second data sequence is sent from the control unit to the peripheral unit following the synchronization character, and in that the second data sequence is delayed by virtue of the control unit generating a further data stream, the timing of which is delayed in comparison with that of the initial data stream that is to be sent to the peripheral unit, which further data stream is a copy of the initial data stream at least in respect of data sequences (102, 100b) that follow the first data sequence, wherein the delay in the timing of the further data stream corresponds to the duration of the synchronization character and wherein, after the synchronization character is added to the first data sequence of the initial data stream, the data of the delayed, further data stream are then sent to the peripheral unit beginning with the second data sequence - instead of the data of the initial data stream.
Use of copolymers as tackifiers for adhesives, characterized in that the adhesives comprise one or more base polymers, one or more tackifiers, optionally one or more fillers and optionally one or more additives, the copolymers used as tackifiers being obtainable by radically initiated polymerization of a) one or more ethylenically unsaturated monomers selected from the group encompassing vinyl acetate, methyl methacrylate, methyl acrylate and styrene, b) 5 to 60 wt % of one or more ethylenically unsaturated monomers selected from the group encompassing vinyl esters of unbranched or branched alkylcarboxylic acids having 3 to 15 C atoms and acrylic esters or methacrylic esters of unbranched or branched alcohols having 2 to 22 C atoms, and c) 0.5 to 15 wt % of one or more ethylenically unsaturated monomers comprising at least one further functional group selected from the group encompassing sulphonic, sulphuric, phosphonic and carboxylic acid groups, or the salts of the said acids, carboxylic anhydride groups, hydroxyl groups, silicon-functional groups, and amine or ammonium groups, the figures in wt % being based in each case on the total weight of the respective copolymer, and the base polymers being different from the tackifiers. a) one or more ethylenically unsaturated monomers selected from the group encompassing vinyl acetate, methyl methacrylate, methyl acrylate and styrene, b) 5 to 60 wt % of one or more ethylenically unsaturated monomers selected from the group encompassing vinyl esters of unbranched or branched alkylcarboxylic acids having 3 to 15 C atoms and acrylic esters or methacrylic esters of unbranched or branched alcohols having 2 to 22 C atoms, and c) 0.5 to 15 wt % of one or more ethylenically unsaturated monomers comprising at least one further functional group selected from the group encompassing sulphonic, sulphuric, phosphonic and carboxylic acid groups, or the salts of the said acids, carboxylic anhydride groups, hydroxyl groups, silicon-functional groups, and amine or ammonium groups,
A rotor for a rotary electric machine and comprising: a plurality of first permanent magnets, which are axially oriented and are arranged beside one another around a rotations axis so as to form a closed ring; a support cylinder, which has a central cavity and an outer surface, on which the first permanent magnets rest so that first permanent magnets are superficially arranged on the outside of the support cylinder; and two half-shafts (10, 11), which are independent of and separate from one another and are singularly inserted in opposite ends of the central cavity of the support cylinder so as to form one single block with the support cylinder; the rotor is characterized in that: two end discs are provided, which are arranged at the two opposite ends of the support cylinder and are designed to hold the first permanent magnets, wherein the support cylinder is axially longer than the first permanent magnets so as to come into contact with the end disc before the first permanent magnets, namely so that the end discs axially strike against the support cylinder. a plurality of first permanent magnets, which are axially oriented and are arranged beside one another around a rotations axis so as to form a closed ring; a support cylinder, which has a central cavity and an outer surface, on which the first permanent magnets rest so that first permanent magnets are superficially arranged on the outside of the support cylinder; and two half-shafts (10, 11), which are independent of and separate from one another and are singularly inserted in opposite ends of the central cavity of the support cylinder so as to form one single block with the support cylinder; the rotor is characterized in that: two end discs are provided, which are arranged at the two opposite ends of the support cylinder and are designed to hold the first permanent magnets, wherein the support cylinder is axially longer than the first permanent magnets so as to come into contact with the end disc before the first permanent magnets, namely so that the end discs axially strike against the support cylinder. two end discs are provided, which are arranged at the two opposite ends of the support cylinder and are designed to hold the first permanent magnets, wherein the support cylinder is axially longer than the first permanent magnets so as to come into contact with the end disc before the first permanent magnets, namely so that the end discs axially strike against the support cylinder.
Sanitary insert part for insertion into a fitting outlet, wherein the sanitary insert part has at least one at least partially elastic sealing element which, in the mounting position of the sanitary insert part in the fitting outlet, prevents water from escaping from the flow path of the sanitary insert part, wherein the at least one sealing element has an elastic squeeze portion, and wherein the sealing element has a holding portion which is formed so as to be spaced apart from the squeeze portion and which serves for preferably form-fitting fastening of the at least one sealing element to a housing of the sanitary insert part, wherein, on an inflow side, the sanitary insert part has a hold-down element which is fastened to the housing by way of at least one fastening element, characterized in that the holding portion is clamped and/or arranged between hold-down element and housing.
A system for drilling holes in a target bone, the system comprising: a cutting tool [228, 410]; a navigation system configured to track a position of the cutting tool; and a computer-assisted surgical system operably connected to the cutting tool and the navigation system, the CAS system configured to: determine an implant component [100, 510] to be implanted on the target bone, determine a cutting block [416, 520] position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory. a cutting tool [228, 410]; a navigation system configured to track a position of the cutting tool; and a computer-assisted surgical system operably connected to the cutting tool and the navigation system, the CAS system configured to: determine an implant component [100, 510] to be implanted on the target bone, determine a cutting block [416, 520] position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory. determine an implant component [100, 510] to be implanted on the target bone, determine a cutting block [416, 520] position for preparing the target bone to receive the implant component, determine a plurality of pin locations for securing a cutting block to the target bone based upon the determined cutting block position, and selectively provide instructions to the cutting tool to cut a hole when the cutting tool is in a position adjacent to at least one of the determined plurality of pin locations and is aligned to cut the hole at a proper trajectory.
A table comprising: a table top; a heating appliance comprising a fire box with a fire box chamber and a chamber opening at a top of said fire box for placing inside said fire box combustible fuel with which said heating appliance is used, said fire box chamber having a combustible fuel holder, and said heating appliance having a first air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, said first air inlet being through a side wall of said fire box; and a heating appliance holder holding said heating appliance, said heating appliance holder comprising a holder main body, and a table top holder for holding said table top, characterized in that said heating appliance includes a fire door for closing said opening; said heating appliance includes a second air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, wherein said second air inlet is through said side wall of said fire box, and said first air inlet is above said combustible fuel holder and said second air inlet is below said combustible fuel holder; said heating appliance includes a first control valve adjacent said side wall of said fire box for controlling the supply of air through said first and second air flow inlets (44, 45), and a first actuator for actuating said first control valve, wherein said first actuator extends above said holder main body; and said table top holder is spaced apart from said holder main body by at least one gap. said heating appliance includes a fire door for closing said opening; said heating appliance includes a second air inlet for supplying an air flow to said fire box chamber for combusting said combustible fuel, wherein said second air inlet is through said side wall of said fire box, and said first air inlet is above said combustible fuel holder and said second air inlet is below said combustible fuel holder; said heating appliance includes a first control valve adjacent said side wall of said fire box for controlling the supply of air through said first and second air flow inlets (44, 45), and a first actuator for actuating said first control valve, wherein said first actuator extends above said holder main body; and said table top holder is spaced apart from said holder main body by at least one gap.