mhurhangee/ep-ind-claims huggingface dataset:
A vacuum pump, comprising: a casing; a rotor that is supported rotatably in the casing and has a rotor cylinder portion; a stator having a substantially cylindrical shape, disposed coaxially with the rotor between the casing and the rotor cylinder portion; a thread groove portion engraved on either an outer circumferential surface of the rotor cylinder portion or an inner circumferential surface of the stator; and a heat insulating spacer that is interposed between the casing and the stator, supports the stator in a rotor radial direction, with keeping a gap between the casing and the stator, and has lower thermal conductivity than at least either the casing or the stator, characterised in that the heat insulating spacer has an axial supporting portion having a substantially cylindrical shape, extended along a rotor axial direction, and the axial supporting portion bends in the rotor radial direction in response to thermal expansion of the stator. a casing; a rotor that is supported rotatably in the casing and has a rotor cylinder portion; a stator having a substantially cylindrical shape, disposed coaxially with the rotor between the casing and the rotor cylinder portion; a thread groove portion engraved on either an outer circumferential surface of the rotor cylinder portion or an inner circumferential surface of the stator; and a heat insulating spacer that is interposed between the casing and the stator, supports the stator in a rotor radial direction, with keeping a gap between the casing and the stator, and has lower thermal conductivity than at least either the casing or the stator, characterised in that the heat insulating spacer has an axial supporting portion having a substantially cylindrical shape, extended along a rotor axial direction, and the axial supporting portion bends in the rotor radial direction in response to thermal expansion of the stator.
A method of computing expected symbol values for symbols in a received communication signal, said symbols corresponding to a predetermined constellation of candidate symbols and said method comprising: generating (100, 110) soft bit information for individual bits of each symbol; and classifying (102, 112) the soft bit information generated for each bit of each symbol as being reliable or unreliable, characterised by computing (104, 114) an expected symbol value for each symbol that has reliable soft bit information for at least one of its bits by summing only those candidate symbols which have bit values which are equal to the bit values of the soft bit information classified as being reliable at bit positions which correspond to bit positions of the reliable soft bit information, and scaling the sum by a scaling factor proportional to the number of bits in the symbol that have reliable soft bit information. generating (100, 110) soft bit information for individual bits of each symbol; and classifying (102, 112) the soft bit information generated for each bit of each symbol as being reliable or unreliable, characterised by computing (104, 114) an expected symbol value for each symbol that has reliable soft bit information for at least one of its bits by summing only those candidate symbols which have bit values which are equal to the bit values of the soft bit information classified as being reliable at bit positions which correspond to bit positions of the reliable soft bit information, and scaling the sum by a scaling factor proportional to the number of bits in the symbol that have reliable soft bit information.
A method for wireless communication, comprising: receiving a plurality of parameter values at a user equipment, UE, for reporting a plurality of channel properties associated with a resource, wherein the plurality of parameter values includes a first set of parameter values including a first periodicity and first offset, and a second set of parameter values including a second periodicity and a second offset, the first and second offsets being different; estimating at least a first rank indicator among the plurality of channel properties using the first set of parameter values, wherein the first set of parameter values configures the estimating of the first set of channel properties for subframes not experiencing interference from neighboring cells; estimating at least a second rank indicator among the plurality of channel properties using the second set of parameter values, wherein the second set of parameter values configures the estimating of the second set of channel properties for subframes experiencing interference from neighboring cells, and the estimating of the first set of channel properties of the plurality of channel properties and the estimating of the second set of channel properties of the plurality of channel properties are performed in parallel; and transmitting the plurality of channel properties to an associated evolved node B (eNB). receiving a plurality of parameter values at a user equipment, UE, for reporting a plurality of channel properties associated with a resource, wherein the plurality of parameter values includes a first set of parameter values including a first periodicity and first offset, and a second set of parameter values including a second periodicity and a second offset, the first and second offsets being different; estimating at least a first rank indicator among the plurality of channel properties using the first set of parameter values, wherein the first set of parameter values configures the estimating of the first set of channel properties for subframes not experiencing interference from neighboring cells; estimating at least a second rank indicator among the plurality of channel properties using the second set of parameter values, wherein the second set of parameter values configures the estimating of the second set of channel properties for subframes experiencing interference from neighboring cells, and the estimating of the first set of channel properties of the plurality of channel properties and the estimating of the second set of channel properties of the plurality of channel properties are performed in parallel; and transmitting the plurality of channel properties to an associated evolved node B (eNB).
Surgical joint implant having a cap with an articular outer surface and an inner surface adapted for bone adhesion, said cap having at least first and second pegs extending from said inner surface for anchoring said implant in a bone, characterized in that said at least first and second pegs have the same nominal diameter and that the diameter of said first peg deviates positively from said nominal diameter to provide an interference fit in relation to said nominal diameter and in that said second peg deviates negatively from said same nominal diameter to provide a clearance fit in relation to said same nominal diameter.
A system for lifting and lowering loads on a wind turbine which has a tower and a nacelle arranged on the tower with a crane, wherein the tower has such a large diameter up to a free-lift height that a load (30, 40) lifted or lowered perpendicularly by the crane collides with the tower, wherein a diagonal pulling apparatus is provided, which has a guided tag line and a motorized winch for one rope of the tag line, wherein the tag line has one or two ropes and the motorized winch is operated when the crane is operated in order to deflect the load (30, 40) from its perpendicular position below the crane via the tag line at a height below the free-lift height, wherein a first control is provided, which actuates the motorized winch, characterized in that the first control actuates the motorized winch depending on a detected distance value of the load (30, 40) from the tower and/or depending on a detected height value, wherein a height sensor is provided, which detects the height value of the load (30, 40) above the ground, wherein, depending on the detected height value of the load (30, 40), a required deflection of the load (30, 40) from the perpendicular position is calculated, and/or a distance sensor is mounted on the load, which detects the distance value of the load from the outer wall of the tower.
A trap for rodents, including in particular rats, said trap comprising: • a housing; • a trapping chamber in which a passage extends from the side(s) of the housing; • two electric poles (20,31); characterised in that a reservoir is provided, in that one electric pole is disposed outside the trapping chamber, in that the housing comprises a transport mechanism for the transport of the trapping chamber with rodent between a lower position in which the rodent is able to run into the trapping chamber and an upper position in which the trapping chamber is able to discharge a destroyed rodent into the reservoir, and in that the trapping chamber and the electric poles comprise means to the effect that the electric poles can be caused to be situated so close to each other within the trapping chamber that they are capable of destroying a rodent present between the poles. • a housing; • a trapping chamber in which a passage extends from the side(s) of the housing; • two electric poles (20,31);
A method of purifying a bispecific antibody comprising: a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first heavy chain polypeptide and two copies of a light chain polypeptide, (ii) a second homodimer comprising two copies of a second heavy chain polypeptide and two copies of the light chain polypeptide, and (iii) a heterodimeric bispecific antibody comprising the first heavy chain polypeptide and the second heavy chain polypeptide and two copies of the light chain polypeptide, wherein the first heavy chain polypeptide has greater affinity for the affinity matrix than does the second heavy chain polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimeric bispecific antibody from the affinity matrix in a buffer comprising CaCh or MgCh and having a first pH range, wherein the first homodimer elutes from the affinity matrix in the buffer at a second pH range and the second homodimer elutes from the affinity matrix in the buffer at a third pH range, wherein the third pH range comprises a higher pH than the first pH range, which comprises a higher pH than the second pH range. a. loading an affinity matrix with a mixture of multimeric proteins comprising (i) a first homodimer comprising two copies of a first heavy chain polypeptide and two copies of a light chain polypeptide, (ii) a second homodimer comprising two copies of a second heavy chain polypeptide and two copies of the light chain polypeptide, and (iii) a heterodimeric bispecific antibody comprising the first heavy chain polypeptide and the second heavy chain polypeptide and two copies of the light chain polypeptide, wherein the first heavy chain polypeptide has greater affinity for the affinity matrix than does the second heavy chain polypeptide, wherein the affinity matrix comprises a Protein A ligand affixed to a substrate comprising a multiplicity of particles having a mean diameter of 45 μm and comprising pores having a mean diameter of 1100 Å; and b. eluting and collecting the heterodimeric bispecific antibody from the affinity matrix in a buffer comprising CaCh or MgCh and having a first pH range,
A method of detecting a configuration error or operating error of an input/output I/O device (300, 500) comprising a plurality of I/O points (502a to 502d) configured to establish a combined I/O channel between said I/O device (300, 500) and a field device, said combined I/O channel comprising a primary I/O channel and at least one secondary I/O channel, the method comprising: receiving an instruction for transmission of a signal pattern over the combined I/O channel by a validation engine; responsive to the signal pattern within the instruction: initiating by the validation engine at an I/O point of the input/output I/O device (300, 500) associated with the primary I/O channel within the combined I/O channel, transmission of a primary channel signal over the primary I/O channel; for each secondary I/O channel within the combined I/O channel, initiating by the validation engine at an I/O point of the input/output I/O device (300, 500) associated with said secondary I/O channel, transmission of a secondary I/O channel signal over said secondary I/O channel; receiving by the validation engine a record of signal transmissions initiated or received over the combined I/O channel in response to the signal pattern, said record being obtained either from a receiving device connected to the combined I/O channel or from the input/output I/O device (300, 500); comparing by the validation engine signal values within the received record of signal transmissions over the combined I/O channel against a predefined set of signal values associated with the signal pattern; detecting by the validation engine a configuration error or operating error of the input/output I/O device based on results of the comparison of signal values. receiving an instruction for transmission of a signal pattern over the combined I/O channel by a validation engine; responsive to the signal pattern within the instruction: initiating by the validation engine at an I/O point of the input/output I/O device (300, 500) associated with the primary I/O channel within the combined I/O channel, transmission of a primary channel signal over the primary I/O channel; for each secondary I/O channel within the combined I/O channel, initiating by the validation engine at an I/O point of the input/output I/O device (300, 500) associated with said secondary I/O channel, transmission of a secondary I/O channel signal over said secondary I/O channel; receiving by the validation engine a record of signal transmissions initiated or received over the combined I/O channel in response to the signal pattern, said record being obtained either from a receiving device connected to the combined I/O channel or from the input/output I/O device (300, 500); comparing by the validation engine signal values within the received record of signal transmissions over the combined I/O channel against a predefined set of signal values associated with the signal pattern; detecting by the validation engine a configuration error or operating error of the input/output I/O device based on results of the comparison of signal values.
Valve for a pressurized medium container, consisting exclusively of a valve bearing with a flow-through channel and a valve body borne in a movable way in the flow-through channel, whereby the valve body is movable against a pressure force from a blocked position, in which the flow-through channel is blocked, into a passing position, in which the flow-through channel is opened, and whereby the valve bearing is designed with at least one resilient region, which acts on the valve body in such a way that at least after a movement of the valve body into the passing position the at least one resilient region is stretched or tensioned and a restoring pressure force on the valve body is generated.
A toothbrush assembly comprising: a) a toothbrush; and b) a storage unit comprising a memory for storing audio signals and an output for transmitting the stored audio signals; wherein the storage unit comprises an input; and the memory is for storing audio signals received via the input characterized in that: the toothbrush further comprises a body and the storage unit is removably attachable to the body; the toothbrush further comprising a head terminating at a first end and a handle terminating at a second end, wherein the storage unit forms a portion of_the handle of the body; and wherein the input extends outwardly from the storage unit and the input is sealed within the body when the storage unit is connected to the body. a) a toothbrush; and b) a storage unit comprising a memory for storing audio signals and an output for transmitting the stored audio signals; the toothbrush further comprises a body and the storage unit is removably attachable to the body; the toothbrush further comprising a head terminating at a first end and a handle terminating at a second end, wherein the storage unit forms a portion of_the handle of the body; and wherein the input extends outwardly from the storage unit and the input is sealed within the body when the storage unit is connected to the body.
A method for manufacturing a separator for an electric double-layer capacitor, the separator being adapted for putting in a position between a pair of polarizable electrodes, capable of retaining an electrolytic solution containing electrolyte and having: a double-layer structure consisting of a fibrous layer A obtained by papermaking using a Fourdrinier-net or a tanmo-net and a fibrous layer B obtained by papermaking using a cylindrical-net, wherein the fibrous layer A and the fibrous layer B contain 70% by mass or more of refinable, regenerated cellulose fibers, and density of the entire double layer structure is 0.25 to 0.65 g/ cm 3 and thickness of the entire double layer structure is 10 to 150μm, the method being characterized by the steps of: refining a first fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value once decreases to 0 ml; then further refining the first fiber until the CSF value turns to rise to 10 to 600 ml; and making the fibrous layer A from the thus refined first fiber on a Fourdrinier-net or a tanmo-net; refining a second fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value turns to 700 to 0 ml; and making the fibrous layer B from the thus refined second fiber on a cylindrical-net; and combining the fibrous layer A and the fibrous layer B together into the double-layer structured separator, wherein CSF is Canadian Standard freeness measured in accordance with Japanese industrial Standard JIS P8121-2. refining a first fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value once decreases to 0 ml; then further refining the first fiber until the CSF value turns to rise to 10 to 600 ml; and making the fibrous layer A from the thus refined first fiber on a Fourdrinier-net or a tanmo-net; refining a second fiber containing 70% by mass or more of regenerated cellulose fibers until the CSF value turns to 700 to 0 ml; and making the fibrous layer B from the thus refined second fiber on a cylindrical-net; and combining the fibrous layer A and the fibrous layer B together into the double-layer structured separator,
A machine for making, displaying, and dispensing ice cream comprising, in combination: - a flat surface provided with at least an opening; - at least one container adapted to contain a basic mixture and provided with an opening, the at least one container being inserted in the opening of the flat surface; - a stirrer and a refrigeration system, operatively associated with the container respectively for mixing the basic mixture and for cooling the basic mixture in such a way as to convert it into finished product; the machine being characterized in that it further comprises: - a flange coupled to the flat surface; - means for coupling the flange to the flat surface; - a lid movably connected to the flange to close the opening of the container wherein the means for coupling the flange to the flat surface comprise first means connected to the flat surface and second means connected to the flange, the first and second means (30A, 30B) being configured to be coupled to each other, the first means being connected to the flat surface comprising a plurality of pins and the second means comprising elastically deformable elements configured to be elastically deformed when one of the pins is inserted into one elastically deformable elements. - a flat surface provided with at least an opening; - at least one container adapted to contain a basic mixture and provided with an opening, the at least one container being inserted in the opening of the flat surface; - a stirrer and a refrigeration system, operatively associated with the container respectively for mixing the basic mixture and for cooling the basic mixture in such a way as to convert it into finished product; the machine being characterized in that it further comprises: - a flange coupled to the flat surface; - means for coupling the flange to the flat surface; - a lid movably connected to the flange to close the opening of the container wherein the means for coupling the flange to the flat surface comprise first means connected to the flat surface and second means connected to the flange, the first and second means (30A, 30B) being configured to be coupled to each other, the first means being connected to the flat surface comprising a plurality of pins and the second means comprising elastically deformable elements configured to be elastically deformed when one of the pins is inserted into one elastically deformable elements. - a flange coupled to the flat surface; - means for coupling the flange to the flat surface; - a lid movably connected to the flange to close the opening of the container wherein the means for coupling the flange to the flat surface comprise first means connected to the flat surface and second means connected to the flange, the first and second means (30A, 30B) being configured to be coupled to each other, the first means being connected to the flat surface comprising a plurality of pins and the second means comprising elastically deformable elements configured to be elastically deformed when one of the pins is inserted into one elastically deformable elements.
A hybrid mechanical watch movement comprising a mechanical watch movement comprising a plate and a bridge configured to hold in between of them mechanical parts (62,64,65) of the mechanical watch movement, a plurality of electronic components comprising one or more from the list comprising a printed circuit board, a Lavet micro-motor, and a rechargeable battery, whereby the plurality of electronic components is part of the mechanical watch movement and is held in the mechanical watch movement between the plate and the bridge, the hybrid mechanical watch movement being characterized in that the plurality of electronic components comprises a microphone (30a,61), whereby the microphone (30a,61) is placed in a dedicated cavity (30b,63) of the mechanical movement in proximity to said mechanical parts (62,64,65) generating a sound of the mechanical movement and the microphone is configured to record this sound.