mhurhangee/ep-ind-claims huggingface dataset:
Adapter for attaching a first accessory to a handlebar assembly of a means of transport, wherein the handlebar assembly is formed from a stem and a handlebar mounted at the stem, comprising: a U-shaped base body comprising a center leg (2.1) and two lateral arms (2.2, 2.3); a receptacle for the first accessory, which receptacle is arranged on the center leg (2.1); and a mounting body detachably connectable to the base body for attaching the adapter to the handlebar assembly, wherein the lateral arms (2.2, 2.3) each form together with the mounting body a clamp (7.1, 7.2) for encompassing the handlebar, and wherein the mounting body comprises a torque support (3.1) for supporting the adapter at the stem; characterized in that the base body comprises a recess for receiving a tracking device, wherein the recess is covered by the mounting body when the base body and the mounting body are connected to one another, or the mounting body comprises a recess for receiving a tracking device, wherein the recess is covered by the base body when the base body and the mounting body are connected to one another. a U-shaped base body comprising a center leg (2.1) and two lateral arms (2.2, 2.3); a receptacle for the first accessory, which receptacle is arranged on the center leg (2.1); and a mounting body detachably connectable to the base body for attaching the adapter to the handlebar assembly, wherein the lateral arms (2.2, 2.3) each form together with the mounting body a clamp (7.1, 7.2) for encompassing the handlebar, and wherein the mounting body comprises a torque support (3.1) for supporting the adapter at the stem; characterized in that the base body comprises a recess for receiving a tracking device, wherein the recess is covered by the mounting body when the base body and the mounting body are connected to one another, or the mounting body comprises a recess for receiving a tracking device, wherein the recess is covered by the base body when the base body and the mounting body are connected to one another.
A system for applying tension to a flexible band during a spinal fixation surgery, comprising: - a first handle assembly; - a second handle assembly - a spool assembly disposed between the first handle assembly and the second handle assembly, the spool assembly configured to receive the flexible band; wherein - the second handle assembly is configured to pivot relative to the first handle assembly; characterized in that the system further comprises - an adjustable head movably fixated to the first handle assembly, wherein the adjustable head is configured to be adjusted in two angled orientations with respect to the first handle assembly within the plane of the first handle assembly and the second handle assembly. - a first handle assembly; - a second handle assembly - a spool assembly disposed between the first handle assembly and the second handle assembly, the spool assembly configured to receive the flexible band; wherein - the second handle assembly is configured to pivot relative to the first handle assembly; - an adjustable head movably fixated to the first handle assembly, wherein the adjustable head is configured to be adjusted in two angled orientations with respect to the first handle assembly within the plane of the first handle assembly and the second handle assembly.
System for wrapping loads comprising at least one rotary platform and a moving machine according to a substantially vertical direction, at least one wrapping head provided with at least one reel of film for covering a load associated with said moving machine, characterised in that it comprises a support frame for at least two wrapping heads, said support frame being placed outside of the vertical moving machine and being equipped with displacement means (8, 18), and in that said wrapping head comprises first removable attachment means to said support frame and second removable attachment means to said moving machine, and a rotatable connection arranged between said wrapping head and said moving machine.
A cleaning unit (1; 9) for contact-cleaning a surface of a material moving within a processing installation, the cleaning unit (1; 9) being a cleaning unit for contact-cleaning a material web in a printing plant, wherein the cleaning unit comprises a first cylinder type roller having a longitudinal axis, wherein the first roller is arranged to perform a rotational movement about the longitudinal axis and a translational movement in the direction of the longitudinal axis, and wherein the first roller is arranged to perform the translational movement on a second cylinder type roller which enters into contact with the first cylinder type roller during operation of the cleaning unit, characterized in that the first roller has a gear unit, and wherein the gear unit is arranged to induce the translational movement passively.
An immunological assay method, comprising: measuring an analyte substance in a sample by using: an equivalent substance which is immunologically equivalent to the analyte substance and immobilized on a solid phase during the execution of the measurement; and a labeled antibody, wherein a labeling substance producing a detectable signal is bound to the antibody, which specifically binds to the analyte substance and the equivalent substance, wherein the equivalent substance is immobilized on the solid phase by binding between the equivalent substance and a carrier substance which does not bind to the labeled antibody, and binding between the carrier substance and a specific binding substance which specifically binds to the carrier substance and is immobilized on the solid phase; and wherein the signal produced by the labeling substance is detected, wherein the analyte substance is S-adenosylhomocysteine which is derived from a blood component, the equivalent substance is artificially prepared S-adenosylhomocysteine, and the carrier substance is fluorescein or bovine serum albumin; or wherein the analyte substance is folic acid which is derived from a blood component, the equivalent substance is artificially prepared folic acid, and the carrier substance is fluorescein or bovine serum albumin. measuring an analyte substance in a sample by using: an equivalent substance which is immunologically equivalent to the analyte substance and immobilized on a solid phase during the execution of the measurement; and a labeled antibody, wherein a labeling substance producing a detectable signal is bound to the antibody, which specifically binds to the analyte substance and the equivalent substance, wherein the equivalent substance is immobilized on the solid phase by binding between the equivalent substance and a carrier substance which does not bind to the labeled antibody, and binding between the carrier substance and a specific binding substance which specifically binds to the carrier substance and is immobilized on the solid phase; and wherein the signal produced by the labeling substance is detected, wherein the analyte substance is S-adenosylhomocysteine which is derived from a blood component, the equivalent substance is artificially prepared S-adenosylhomocysteine, and the carrier substance is fluorescein or bovine serum albumin; or wherein the analyte substance is folic acid which is derived from a blood component, the equivalent substance is artificially prepared folic acid, and the carrier substance is fluorescein or bovine serum albumin.
A non-rotatable shaft/hub connection, comprising: a shaft having a tapered end and a bore, the tapered end providing at least two angled faces (104a, 104b); and a hub having a tapered opening and an aperture, wherein the tapered opening is configured to receive the tapered end, the tapered opening providing at least two tapered portions (204a, 204b); characterised in that the tapered end comprises a tapered, double-D configuration; and the non-rotatable shaft/hub connection further comprising a fastener extending through the bore and received by the aperture to axially clamp together the shaft and the hub. a shaft having a tapered end and a bore, the tapered end providing at least two angled faces (104a, 104b); and a hub having a tapered opening and an aperture, wherein the tapered opening is configured to receive the tapered end, the tapered opening providing at least two tapered portions (204a, 204b); characterised in that the tapered end comprises a tapered, double-D configuration; and the non-rotatable shaft/hub connection further comprising a fastener extending through the bore and received by the aperture to axially clamp together the shaft and the hub.
A solid composition comprising: a) from 25 to 88 wt. % free acid equivalent of non-crystalline chiral aminopolycarboxylate; and b) from 10 to 60 wt. % free acid equivalent of non-crystalline organic acid different from aminopolycarboxylate; and c) from 2 to 30 wt. % of water wherein the pH of a solution made by dissolving the solid in water in a 1:1 weight ratio is at most 10.0, as measured at 25 degrees Celsius; wherein the organic acid has an average molecular mass of at most 500 Dalton, the molecular mass being based on the free acid equivalent. a) from 25 to 88 wt. % free acid equivalent of non-crystalline chiral aminopolycarboxylate; and b) from 10 to 60 wt. % free acid equivalent of non-crystalline organic acid different from aminopolycarboxylate; and c) from 2 to 30 wt. % of water wherein the pH of a solution made by dissolving the solid in water in a 1:1 weight ratio is at most 10.0, as measured at 25 degrees Celsius; wherein the organic acid has an average molecular mass of at most 500 Dalton, the molecular mass being based on the free acid equivalent.
An information processing apparatus comprising: first setting means for setting a date and time of acquisition of an electronic certificate from a certificate authority; generation means for generating change information for changing the date and time of acquisition set by the first setting means, the change information being random information generated based on information unique to the information processing apparatus; changing means for changing the date and time set by the first setting means based on the change information; second setting means for setting the date and time changed by the changing means; requesting means for performing an acquisition request for the electronic certificate to the certificate authority on the date and time set by the second setting means; and acquisition means for acquiring the electronic certificate as a response to the acquisition request. first setting means for setting a date and time of acquisition of an electronic certificate from a certificate authority; generation means for generating change information for changing the date and time of acquisition set by the first setting means, the change information being random information generated based on information unique to the information processing apparatus; changing means for changing the date and time set by the first setting means based on the change information; second setting means for setting the date and time changed by the changing means; requesting means for performing an acquisition request for the electronic certificate to the certificate authority on the date and time set by the second setting means; and acquisition means for acquiring the electronic certificate as a response to the acquisition request.
An assembly for a rotational equipment with an axial centerline, comprising: a plurality of seal shoes arranged about the centerline in an annular array; a seal base circumscribing the annular array of the seal shoes; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base; wherein the spring elements are formed integral with the seal base and the seal shoes as a unitary body; characterised in that a threaded base aperture (84, 86) extends axially through the seal base. a plurality of seal shoes arranged about the centerline in an annular array; a seal base circumscribing the annular array of the seal shoes; and a plurality of spring elements, each of the spring elements radially between and connecting a respective one of the seal shoes with the seal base; wherein the spring elements are formed integral with the seal base and the seal shoes as a unitary body; characterised in that a threaded base aperture (84, 86) extends axially through the seal base.
Method of manufacturing a tread of a tyre made of rubber compound, the said tread comprising a tread surface, at least one groove (L1, L3) having a bottom wall (PF1, PF3) and two lateral walls (PL1, PL3) extending from the bottom wall towards the tread surface, and at least one flexible wall (P1, P3) arranged in the said groove in such a way as to be able to flex as liquid flows, the said method comprising the following steps: - moulding the tread with at least one groove (L1, L3) and at least one connecting element of a thickness equal to that of the said wall (PL1, PL3) which element is arranged inside the said groove (L1, L3) transversely to the longitudinal axis thereof, so that, after vulcanizing, the said connecting element connects the said lateral walls (PL1, PL3) to the said bottom wall (PF1, PF3) over a given depth from the latter; - cutting the said connecting element at its junction with each of the lateral walls (PL1, PL3) of the said groove so as to obtain the said flexible wall (P1, P3). - moulding the tread with at least one groove (L1, L3) and at least one connecting element of a thickness equal to that of the said wall (PL1, PL3) which element is arranged inside the said groove (L1, L3) transversely to the longitudinal axis thereof, so that, after vulcanizing, the said connecting element connects the said lateral walls (PL1, PL3) to the said bottom wall (PF1, PF3) over a given depth from the latter; - cutting the said connecting element at its junction with each of the lateral walls (PL1, PL3) of the said groove so as to obtain the said flexible wall (P1, P3).
A method in a portable data carrier for detecting attacks on the data carrier, comprising the steps of - detecting an error event in the data carrier; - registering (S15, S12, S5) the detected error event by means of an error counter (13, 14, 11); and - initiating (S6, S17) protective measures in dependence on a counter reading of the error counter (13, 14, 11); wherein the error event is registered as an attack error event by means of an attack error counter only if the error event fulfills (S4, S11) at least one time-based attack error criterion (A, B), characterized in that the error event is registered as an attack error event, if an undershooting of a predetermined restart timespan is detected, which states the timespan between the last restart of the data carrier and the preceding reset of the data carrier due to the error event, wherein the undershooting of the restart timespan is detected, if error detection data written to a volatile memory of the data carrier prior to the last reset of the data carrier are still present at least partially in the volatile memory after the subsequent restart of the data carrier. - detecting an error event in the data carrier; - registering (S15, S12, S5) the detected error event by means of an error counter (13, 14, 11); and - initiating (S6, S17) protective measures in dependence on a counter reading of the error counter (13, 14, 11);
An electronic device, comprising: a housing, having a battery compartment arranged therein; a battery, mounted in the battery compartment and comprising a battery body and a wrapping film wrapped around a surface of the battery body, wherein the battery body has a first surface; and an electrical connector, having at least a part located on the first surface, characterized in that the first surface has an expansion region (51a2) and a non-expansion region (51a1) surrounding a periphery of the expansion region (51a2); a distance between each edge of the expansion region (51a2) and a peripheral edge of the first surface adjacent to the respective edge of the expansion region (51a2) is d, and d is d = (0. 5 * h + a) mm, wherein h is a thickness of the battery body and a is in a range of [0, 3] mm; and the part of the electrical connector located on the first surface does not overlap with the wrapping film in the expansion region (51a2). a housing, having a battery compartment arranged therein; a battery, mounted in the battery compartment and comprising a battery body and a wrapping film wrapped around a surface of the battery body, wherein the battery body has a first surface; and an electrical connector, having at least a part located on the first surface, characterized in that the first surface has an expansion region (51a2) and a non-expansion region (51a1) surrounding a periphery of the expansion region (51a2); a distance between each edge of the expansion region (51a2) and a peripheral edge of the first surface adjacent to the respective edge of the expansion region (51a2) is d, and d is d = (0. 5 * h + a) mm, wherein h is a thickness of the battery body and a is in a range of [0, 3] mm; and the part of the electrical connector located on the first surface does not overlap with the wrapping film in the expansion region (51a2).
Water current power plant for placement under water, comprising several sails or wings that are fastened to a rotary endless chain running between opposite facing, respective turning discs, with the endless chain being forced round by thrust from the wings under the influence of the surrounding water, and at least one generator for the generation of electric energy that is connected with the endless chain, characterised in - that the turning discs are mounted in respective frames (16, 18) that are rotary anchored, and that the endless chain comprises several cables that run freely between the frames (16, 18) and round the turning discs, and - a drive gear is connected to each of the turning discs and is connected to a universal coupling, with said generator being connected to the universal coupling, and that said universal coupling is arranged to adjust the speed of the turning discs, and thus the cables, independently with respect to each other, whereby the angle of sails or the wings in relation to the water current is regulated. - that the turning discs are mounted in respective frames (16, 18) that are rotary anchored, and that the endless chain comprises several cables that run freely between the frames (16, 18) and round the turning discs, and - a drive gear is connected to each of the turning discs and is connected to a universal coupling, with said generator being connected to the universal coupling, and
A method for adjusting a recording head that is a method for adjusting discharge timing of a plurality of head modules (12, 12-1 to 12-Nm, 12-n, 12-(n+1)) in the recording head formed by joining the plurality of head modules each of which has a nozzle array in which a plurality of nozzles for discharging droplets are arranged at different positions in a first direction, wherein the plurality of head modules are joined in a second direction intersecting with the first direction, the recording head including a complementary region where a nozzle belonging to one of the head modules adjacent to each other in the second direction and a nozzle belonging to the other of the head modules complement each other to record a dot row aligned in the second direction, characterized by a first measurement step of measuring a complementary region recording shift amount that is a recording shift amount in the first direction in the complementary region in a joined portion between a first head module and a second head module that are the head modules adjacent to each other; a second measurement step of measuring a first non-complementary region recording shift amount that is a recording shift amount in the first direction in a non-complementary region other than the complementary region in a nozzle array in the first head module, and a second non-complementary region recording shift amount that is a recording shift amount in the first direction in a non-complementary region other than the complementary region in a nozzle array in the second head module; and a timing adjustment step (S18-S19) of adjusting discharge timing of at least one of the first head module and the second head module according to the complementary region recording shift amount that is measured in the first measurement step, and the first non-complementary region recording shift amount and the second non-complementary region recording shift amount that are measured in the second measurement step, wherein adjustment is performed in the timing adjustment step so that the complementary region recording shift amount after being adjusted becomes a value between the first non-complementary region recording shift amount and the second non-complementary region recording shift amount.
An assembly of a catheter and a coupling component, which catheter is adapted for injection of a liquid into a body cavity, said catheter being coupled to a coupling component adapted to couple to tubes (34,35) for establishing fluid communication to an injection liquid reservoir, said catheter has - a main body comprising a funnel-shaped part delimited by an annular funnel wall and an elongate tubular catheter part delimited by an annular catheter wall, which funnel-shaped part has a flared part that, via a smooth transition, tapers into a tapering part, which extend into the elongate tubular catheter part, - the main body accommodates a liquid flow channel, which is adapted to expel a liquid via at least one injection opening (46a,46b) in a free end (4;44) of the elongate tubular catheter part opposite the funnel-shaped part, and - an expandable fixation member that surrounds an elongate fixation section of the elongate tubular catheter part a distance from the free end of said elongate tubular catheter part, and a fluid flow channel which is adapted to, via at least one delivery opening provided in said annular catheter wall of the elongate fixation section of the elongate tubular catheter part, deliver a fluid to the expandable fixation member, characterized in that the assembly comprises a tube coupling adaptor, wherein the coupling component is a tube connection component being part of the tube coupling adaptor, and which tube coupling adaptor further comprises a catheter connector component and a decoupling component. - a main body comprising a funnel-shaped part delimited by an annular funnel wall and an elongate tubular catheter part delimited by an annular catheter wall, which funnel-shaped part has a flared part that, via a smooth transition, tapers into a tapering part, which extend into the elongate tubular catheter part, - the main body accommodates a liquid flow channel, which is adapted to expel a liquid via at least one injection opening (46a,46b) in a free end (4;44) of the elongate tubular catheter part opposite the funnel-shaped part, and - an expandable fixation member that surrounds an elongate fixation section of the elongate tubular catheter part a distance from the free end of said elongate tubular catheter part, and a fluid flow channel which is adapted to, via at least one delivery opening provided in said annular catheter wall of the elongate fixation section of the elongate tubular catheter part, deliver a fluid to the expandable fixation member,