mhurhangee/ep-ind-claims huggingface dataset:
Method for crushing and reducing material by at least one fine crushing step and at least one first reducing step, the method being characterized in comprising - charging a crushing chamber of a conical eccentric-drive crusher with raw material; - rotating an eccentric of the conical eccentric-drive crusher to develop a centrifugal force to obtain a crushing force between an inner cone, to a shaft to which the eccentric is rotary mounted, and an outer cone of the conical eccentric-drive crusher, - performing, in an integrated manner, under the influence of said crushing force generated by said centrifugal force, said crushing step and said reducing step in said conical eccentric-drive crusher, - crushing and reducing the raw material; and - discharging reduced material from said conical eccentric-drive crusher. - charging a crushing chamber of a conical eccentric-drive crusher with raw material; - rotating an eccentric of the conical eccentric-drive crusher to develop a centrifugal force to obtain a crushing force between an inner cone, to a shaft to which the eccentric is rotary mounted, and an outer cone of the conical eccentric-drive crusher, - performing, in an integrated manner, under the influence of said crushing force generated by said centrifugal force, said crushing step and said reducing step in said conical eccentric-drive crusher, - crushing and reducing the raw material; and - discharging reduced material from said conical eccentric-drive crusher.
A planar transformer, comprising: a core provided to induce formation of a magnetic field; a bobbin coupled to the core; at least one primary winding interposed between the core and the bobbin to supply a power signal; a first insulation unit provided to the at least one primary winding to insulate at least the one primary winding; at least one secondary winding provided to the first insulation unit and insulated by the first insulation unit to transform the power signal; and a second insulation unit provided to the at least one secondary winding to insulate the at least one secondary winding, wherein the core includes a first fastening lug (102a1, 102a2) and a second fastening lug distanced from the first fastening lug (102a1, 102a2), wherein the bobbin includes a first fastening hole to be coupled to the first fastening lug (102a1, 102a2) and a second fastening hole to be coupled to the second fastening lug; and wherein the first fastening lug (102a1, 102a2) is formed with a round geometric shape and the second fastening lug is formed with a rectangular geometric shape so that the first fastening hole corresponds to the geometric shape of the first fastening lug, and the second fastening hole corresponds to the geometric shape of the second fastening lug. a core provided to induce formation of a magnetic field; a bobbin coupled to the core; at least one primary winding interposed between the core and the bobbin to supply a power signal; a first insulation unit provided to the at least one primary winding to insulate at least the one primary winding; at least one secondary winding provided to the first insulation unit and insulated by the first insulation unit to transform the power signal; and a second insulation unit provided to the at least one secondary winding to insulate the at least one secondary winding, wherein the core includes a first fastening lug (102a1, 102a2) and a second fastening lug distanced from the first fastening lug (102a1, 102a2), wherein the bobbin includes a first fastening hole to be coupled to the first fastening lug (102a1, 102a2) and a second fastening hole to be coupled to the second fastening lug; and wherein the first fastening lug (102a1, 102a2) is formed with a round geometric shape and the second fastening lug is formed with a rectangular geometric shape so that the first fastening hole corresponds to the geometric shape of the first fastening lug, and the second fastening hole corresponds to the geometric shape of the second fastening lug.
Sealing system between a first element and a second element, comprising: at least three sealing elements arranged in series between the two elements (1,3) such that the at least three sealing elements are between a process fluid and an environment when the process fluid is received within either of the two elements (1,3); and a barrier fluid arrangement to provide a barrier fluid to spaces formed between the sealing elements, wherein the barrier fluid arrangement comprises at least two compensator devices, wherein each of the compensator devices comprises a piston having a first piston side with a first cross sectional area and a second piston side with a second cross sectional area, wherein the first cross sectional area is smaller than the second cross sectional area for each piston, wherein a difference between the first and second cross sectional areas varies between the at least two compensator devices; characterized in that the first element is a relatively rotating element and the second element is a stationary element and in that at least two compensator devices are connected to two of the spaces such that in use (i) the first piston side of a first of the at least two compensator devices and the second piston side of a second of the at least two compensator devices are acted on by a pressure of the barrier fluid and (ii) the second piston side of the first of the at least two compensator devices and the first piston side of the second of the at least two compensator devices are acted on by a pressure of the process fluid. at least three sealing elements arranged in series between the two elements (1,3) such that the at least three sealing elements are between a process fluid and an environment when the process fluid is received within either of the two elements (1,3); and a barrier fluid arrangement to provide a barrier fluid to spaces formed between the sealing elements, wherein the barrier fluid arrangement comprises at least two compensator devices, wherein each of the compensator devices comprises a piston having a first piston side with a first cross sectional area and a second piston side with a second cross sectional area, wherein the first cross sectional area is smaller than the second cross sectional area for each piston, wherein a difference between the first and second cross sectional areas varies between the at least two compensator devices; characterized in that the first element is a relatively rotating element and the second element is a stationary element and in that at least two compensator devices are connected to two of the spaces such that in use (i) the first piston side of a first of the at least two compensator devices and the second piston side of a second of the at least two compensator devices are acted on by a pressure of the barrier fluid and (ii) the second piston side of the first of the at least two compensator devices and the first piston side of the second of the at least two compensator devices are acted on by a pressure of the process fluid.
A transmit end device, wherein the transmit end device comprises N antennas, and N≥2; and the transmit end device comprises: a mapping module, configured to perform bit mapping processing on a first part of bits of a first data bit group, to generate a first modulation symbol, wherein the first data bit group comprises at least two bits, and the first part of bits comprises at least one bit, wherein the bit mapping processing is to map bits by using a multidimensional complex number vector code word and wherein the first modulation symbol is one of at least two modulation symbols, the at least two modulation symbols comprising at least a non-zero modulation symbol and at least one zero modulation symbol; a first determining module, configured to determine a first precoding matrix from multiple preset precoding matrices according to a second part of bits of the first data bit group, wherein the first precoding matrix is corresponding to at least two antennas of the N antennas, and the second part of bits is a bit of the first data bit group other than the first part of bits; a precoding module, configured to perform, according to the first precoding matrix determined by the first determining module, precoding processing on the first modulation symbol obtained by the mapping module, to obtain a first modulation symbol matrix; and a transmission module, configured to transmit, to a receive end device by using the at least two antennas, the first modulation symbol matrix obtained after the precoding module performs precoding processing. a mapping module, configured to perform bit mapping processing on a first part of bits of a first data bit group, to generate a first modulation symbol, wherein the first data bit group comprises at least two bits, and the first part of bits comprises at least one bit, wherein the bit mapping processing is to map bits by using a multidimensional complex number vector code word and wherein the first modulation symbol is one of at least two modulation symbols, the at least two modulation symbols comprising at least a non-zero modulation symbol and at least one zero modulation symbol; a first determining module, configured to determine a first precoding matrix from multiple preset precoding matrices according to a second part of bits of the first data bit group, wherein the first precoding matrix is corresponding to at least two antennas of the N antennas, and the second part of bits is a bit of the first data bit group other than the first part of bits; a precoding module, configured to perform, according to the first precoding matrix determined by the first determining module, precoding processing on the first modulation symbol obtained by the mapping module, to obtain a first modulation symbol matrix; and a transmission module, configured to transmit, to a receive end device by using the at least two antennas, the first modulation symbol matrix obtained after the precoding module performs precoding processing.
Method for operating an injection valve of a fuel injection system, the injection valve having a valve element which comprises a valve needle and an armature which can be moved by means of an electromagnet, an opening movement of the armature being limited by way of a stroke stop, characterized in that it comprises the following steps: (a) determining of an actuating start of the electromagnet; (b) determining of a movement end (impact information) of the valve element at the end of the opening movement; (c) determining of a lift delay which corresponds to the time period between the start of the energization and the lifting of the valve needle out of its seat, using the determined actuating start, the determined movement end and a predefined movement time of the valve element. (a) determining of an actuating start of the electromagnet; (b) determining of a movement end (impact information) of the valve element at the end of the opening movement; (c) determining of a lift delay which corresponds to the time period between the start of the energization and the lifting of the valve needle out of its seat, using the determined actuating start, the determined movement end and a predefined movement time of the valve element.
An implantable modular orthopaedic hip prosthesis, comprising: an implantable distal stem component having a tapered post formed in an outer surface thereof, the tapered post being configured to be received into a tapered bore of an implantable proximal body component, and a taper-protecting sleeve installed on the tapered post, the taper-protecting sleeve being made of polyetheretherketone (PEEK) and including a cannulated body having an elongated bore extending through it characterised in that the elongated bore has a bevelled edge dividing the taper-protecting sleeve into a superior portion and an inferior portion, such that when the taper-protecting sleeve is assembled on the tapered post the superior portion sits above a superior surface of the tapered post. an implantable distal stem component having a tapered post formed in an outer surface thereof, the tapered post being configured to be received into a tapered bore of an implantable proximal body component, and a taper-protecting sleeve installed on the tapered post, the taper-protecting sleeve being made of polyetheretherketone (PEEK) and including a cannulated body having an elongated bore extending through it
Fastening element for a front element of a piece of furniture, wherein the front element can be fastened by a furniture pull-out (6, 7), which is mounted displaceably on a furniture body of the piece of furniture by guiding means (8, 12), to the fastening element, wherein adapter means are provided with a bearing part (26, 37b, 43, 50) attachable to the front element, wherein in an assembled state the front element is mounted on the piece of furniture by means of a bearing position belonging to the piece of furniture and the bearing part (26, 37b, 43, 50) can be moved against a panel section (6d, 7d, 32, 33, 53) of the furniture pull-out (6, 7) and can then be fixed such that the front element can be supported on the furniture pull-out (6, 7) to alleviate the bearing position via the bearing part (26, 37b, 43, 50), wherein the adapter means comprise a mounting part (24, 37a, 41, 51) which can be fixed onto the front element, with which mounting part the bearing part (26, 37b, 43, 50) interacts, characterised in that the mounting part (24, 37a, 41, 51) and the bearing part (26, 37b, 43, 50) are aligned with one another such that the bearing part (26, 37b, 43, 50) is accommodated in a receiving volume of the mounting part (24, 37a, 41, 51) adapted to the form of the bearing part (26, 37b, 43, 50).
An array comprising i.) a two or three dimensional structure of a predetermined shape whereby the structure is formed of nucleic acid molecules in particular, DNA molecules; ii.) a) nucleic acid sequences having attached thereto metallic nanoparticles, whereby said nucleic acid sequences having attached thereto metallic nanoparticles are positioned at predetermined segments of the structured nucleic acid molecules in particular, DNA molecules, and/or b) metallic nanoparticles being bound to the predetermined structure formed of nucleic acid molecules, in particular, DNA molecules; having a two or three dimensional structure of predetermined shape, whereby said metallic nanoparticles are arranged to allow formation of an area of electrical field enhancement due to plasmon resonance after excitation with electromagnetic waves; optionally iii.) compound able to irradiate electromagnetic waves positioned in the vicinity of, like in between two metallic nanoparticles which being attached to the nucleic acid sequences and/or bound to the predetermined structure, and iv) a biochemical or chemical entity in particular, a ligand, a receptor, or an antibody; whereby said metallic nanoparticles, preferably at least two metallic nanoparticles, are arranged to allow formation of plasmon resonance. i.) a two or three dimensional structure of a predetermined shape whereby the structure is formed of nucleic acid molecules in particular, DNA molecules; ii.) a) nucleic acid sequences having attached thereto metallic nanoparticles, whereby said nucleic acid sequences having attached thereto metallic nanoparticles are positioned at predetermined segments of the structured nucleic acid molecules in particular, DNA molecules, and/or b) metallic nanoparticles being bound to the predetermined structure formed of nucleic acid molecules, in particular, DNA molecules; having a two or three dimensional structure of predetermined shape, whereby said metallic nanoparticles are arranged to allow formation of an area of electrical field enhancement due to plasmon resonance after excitation with electromagnetic waves; optionally iii.) compound able to irradiate electromagnetic waves positioned in the vicinity of, like in between two metallic nanoparticles which being attached to the nucleic acid sequences and/or bound to the predetermined structure, and iv) a biochemical or chemical entity in particular, a ligand, a receptor, or an antibody; whereby said metallic nanoparticles, preferably at least two metallic nanoparticles, are arranged to allow formation of plasmon resonance.
An agricultural header, comprising: a belt (206, 208) configured to wrap around rollers; a cutter bar assembly configured to cut a crop and deliver the crop to the belt (206, 208), the cutter bar assembly comprising: a cutter bar; a stationary blade assembly configured to couple to the cutter bar; a moving blade assembly configured to couple to the cutter bar, wherein the moving blade assembly is configured to move relative to the stationary blade assembly to cut the crop; and a skid configured to couple to the cutter bar and maintain a distance between the ground and the stationary blade assembly and the moving blade assembly; and characterized in that the cutter bar defines a recess configured to receive debris from the belt (206, 208) and direct the debris to the skid. a belt (206, 208) configured to wrap around rollers; a cutter bar assembly configured to cut a crop and deliver the crop to the belt (206, 208), the cutter bar assembly comprising: a cutter bar; a stationary blade assembly configured to couple to the cutter bar; a moving blade assembly configured to couple to the cutter bar, wherein the moving blade assembly is configured to move relative to the stationary blade assembly to cut the crop; and a skid configured to couple to the cutter bar and maintain a distance between the ground and the stationary blade assembly and the moving blade assembly; and a cutter bar; a stationary blade assembly configured to couple to the cutter bar; a moving blade assembly configured to couple to the cutter bar, wherein the moving blade assembly is configured to move relative to the stationary blade assembly to cut the crop; and a skid configured to couple to the cutter bar and maintain a distance between the ground and the stationary blade assembly and the moving blade assembly; and characterized in that the cutter bar defines a recess configured to receive debris from the belt (206, 208) and direct the debris to the skid.
A method of admitting a user session in a virtual network, the method comprising: receiving, at a mobility management function in a core network domain, an attach request from a User Equipment associated with the virtual network; performing, at the mobility management function an authentication challenge with the User Equipment and an Authentication Function associated with and in the virtual network and outside the core network domain; and admitting the user equipment to a user session in the virtual network in response to successful completion of the authentication challenge. receiving, at a mobility management function in a core network domain, an attach request from a User Equipment associated with the virtual network; performing, at the mobility management function an authentication challenge with the User Equipment and an Authentication Function associated with and in the virtual network and outside the core network domain; and admitting the user equipment to a user session in the virtual network in response to successful completion of the authentication challenge.
Press-in pin for a circuit carrier having at least one press-in zone, at which contact can be made with conductor tracks, and having a deflection, characterized in that the press-in pin comprises, in a sequential sequence, a Cu spring region, an Al deflection region and a Cu line section, wherein the deflection is in the Al deflection region, within which the press-in pin experiences a 90° deflection.
An artificial honeycomb (32, 33) for use in a beehive and which enables honey to be removed from the honeycomb (32, 33) without removing the honeycomb from the hive, the honeycomb (32, 33) comprising cells formed of at least two parts (102, 103) moveable relative to each other between a cell formed position and a cell open position characterised in that, in the cell formed position, the cells comprise side walls (102, 103) and an end wall to enable bees to fill the cell with honey, and in the cell open position, at least some of the side walls (102, 103) have moved apart relative to each other, for removal of the honey.
An information device which performs data processing based on cooperation of program codes loaded in a memory with a central control unit, the device comprising: a detection unit which detects a timing when any one of the program codes is called; a return address acquisition unit which sequentially acquires return addresses of the program codes loaded in the memory at the timing detected by the detection unit; characterized in that it further comprises: a termination unit which searches for an illegal access based on destination addresses pointed by the return addresses which are sequentially acquired by the return address acquisition unit at the timing detected by the detection unit and terminates the data processing when the illegal access is detected, wherein the termination unit detects the illegal access when each of the destination addresses respectively pointed by the return addresses which are acquired by the return address_acquisition unit is a starting address of a function, and terminates the data processing when the illegal access is detected. a detection unit which detects a timing when any one of the program codes is called; a return address acquisition unit which sequentially acquires return addresses of the program codes loaded in the memory at the timing detected by the detection unit; characterized in that it further comprises: a termination unit which searches for an illegal access based on destination addresses pointed by the return addresses which are sequentially acquired by the return address acquisition unit at the timing detected by the detection unit and terminates the data processing when the illegal access is detected, wherein the termination unit detects the illegal access when each of the destination addresses respectively pointed by the return addresses which are acquired by the return address_acquisition unit is a starting address of a function, and terminates the data processing when the illegal access is detected. a termination unit which searches for an illegal access based on destination addresses pointed by the return addresses which are sequentially acquired by the return address acquisition unit at the timing detected by the detection unit and terminates the data processing when the illegal access is detected, wherein the termination unit detects the illegal access when each of the destination addresses respectively pointed by the return addresses which are acquired by the return address_acquisition unit is a starting address of a function, and terminates the data processing when the illegal access is detected.