mhurhangee/ep-ind-claims huggingface dataset:
Installation apparatus for use in an elevator shaft, comprising - a first carrier which has a first carrier end and a second carrier end, - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft, wherein - the support element is configured and arranged such that, in an installation position of the installation apparatus, the first carrier can be supported by the support element in the region of a door opening (12, 14, 16, 18, 20) of the elevator shaft, - the second carrier end is configured such that, in the installation position of the installation apparatus, the first carrier can be at least indirectly supported by the second carrier end on a shaft wall opposite the aforementioned door opening (12, 14, 16, 18, 20) of the elevator shaft, wherein the receiving device for receiving the displacement device is configured and, in the installation position of the installation apparatus, is arranged on an upper face of the installation apparatus such that, in the installation position of the installation apparatus, a displacement device received by the receiving device is supported from above on the receiving device, and the installation apparatus has a deflection roller which is configured and arranged such that it can deflect a suspension means of a displacement device received by the receiving device, wherein the installation apparatus has a displacement device (48, 65) received by the receiving device and the displacement device (48, 65) has at least one guide element which is configured and arranged such that it interacts with a guide of the installation apparatus when the displacement device (48, 65) is arranged on the receiving device. - a first carrier which has a first carrier end and a second carrier end, - a support element which is pivotably arranged on the first carrier end and - a receiving device for receiving a displacement device by means of which installation material can be displaced in the elevator shaft, - the support element is configured and arranged such that, in an installation position of the installation apparatus, the first carrier can be supported by the support element in the region of a door opening (12, 14, 16, 18, 20) of the elevator shaft, - the second carrier end is configured such that, in the installation position of the installation apparatus, the first carrier can be at least indirectly supported by the second carrier end on a shaft wall opposite the aforementioned door opening (12, 14, 16, 18, 20) of the elevator shaft, wherein the receiving device for receiving the displacement device is configured and, in the installation position of the installation apparatus, is arranged on an upper face of the installation apparatus such that, in the installation position of the installation apparatus, a displacement device received by the receiving device is supported from above on the receiving device, and
A method of wireless communication at a scheduling entity, comprising: mapping (802; 904) a physical downlink control channel, PDCCH, across multiple transmission configuration indication, TCI, states, the PDCCH comprising a first set of control channel elements, CCEs, mapped to a first TCI state and a remaining set of CCEs mapped to a second TCI state; encoding (804; 906) the PDCCH to produce an encoded PDCCH, wherein each of the first set of CCEs and the remaining set of CCEs are encoded according to a common mother polar code; and transmitting (806; 908) each of a first portion of the encoded PDCCH and a second portion of the encoded PDCCH to a scheduled entity, wherein the first portion of the encoded PDCCH comprises the first set of CCEs, and wherein the second portion of the encoded PDCCH comprises the remaining set of CCEs. mapping (802; 904) a physical downlink control channel, PDCCH, across multiple transmission configuration indication, TCI, states, the PDCCH comprising a first set of control channel elements, CCEs, mapped to a first TCI state and a remaining set of CCEs mapped to a second TCI state; encoding (804; 906) the PDCCH to produce an encoded PDCCH, wherein each of the first set of CCEs and the remaining set of CCEs are encoded according to a common mother polar code; and transmitting (806; 908) each of a first portion of the encoded PDCCH and a second portion of the encoded PDCCH to a scheduled entity, wherein the first portion of the encoded PDCCH comprises the first set of CCEs, and wherein the second portion of the encoded PDCCH comprises the remaining set of CCEs.
Commutator for an electrical machine, having a circumferential running surface which is formed from a plurality of metal laminations which are arranged one behind the other in the circumferential direction and are separated from one another by insulating slots which run in the axial direction, and having fastening means for securing and making contact with winding wires, wherein the metal laminations of the commutator are arranged on a hollow-cylindrical support body which is composed of plastic, characterized in that the circumferential running surface is bounded on an axial side, which is situated opposite the fastening means, by a first step which extends in the circumferential direction and is formed by an end region of the metal laminations and which projects beyond the circumferential running surface in the radial direction.
A flexible water based play composition having antimicrobial properties comprising a thickener, preservatives, water and a combination of antimicrobial agents selected from the group consisting of silver ions and benzalkonium chloride.
A dispenser, comprising: a housing (13, 31) having a cavity defined therein with a longitudinal axis and having an outlet; a piston disposed inside the housing; a spring-biased pawl mechanism (73, 76) connected to the piston and having an opening defined therein; an elongate rod capable of translatory motion in a first direction and in a second direction opposite the first direction, the rod capable of frictionally engaging with the pawl mechanism at an edge of the opening such that when the rod is moved in the first direction the pawl mechanism causes the piston to move in the first direction, the pawl mechanism capable of pivoting when the rod is moved in the second direction such that the rod passes through the opening in the pawl mechanism and moves in the second direction independently of the piston; a trigger in operative relation to the rod such that actuation of the trigger causes the rod to move in the first direction and release of the trigger causes the rod to move in the second direction; characterized by: the housing having a first portion and a second portion extending in parallel in the direction of the longitudinal axis of the cavity, the second portion having a smaller cross-sectional area than the first portion; and said second portion receiving said rod such that the rod is offset from the longitudinal axis of the cavity. a housing (13, 31) having a cavity defined therein with a longitudinal axis and having an outlet; a piston disposed inside the housing; a spring-biased pawl mechanism (73, 76) connected to the piston and having an opening defined therein; an elongate rod capable of translatory motion in a first direction and in a second direction opposite the first direction, the rod capable of frictionally engaging with the pawl mechanism at an edge of the opening such that when the rod is moved in the first direction the pawl mechanism causes the piston to move in the first direction, the pawl mechanism capable of pivoting when the rod is moved in the second direction such that the rod passes through the opening in the pawl mechanism and moves in the second direction independently of the piston; a trigger in operative relation to the rod such that actuation of the trigger causes the rod to move in the first direction and release of the trigger causes the rod to move in the second direction; the housing having a first portion and a second portion extending in parallel in the direction of the longitudinal axis of the cavity, the second portion having a smaller cross-sectional area than the first portion; and said second portion receiving said rod such that the rod is offset from the longitudinal axis of the cavity.
Arrangement for contact coagulation of biological tissue, with: - a generator for provision of HF voltage (U App) and the emission of HF current (I App), - a generator controller, by means of which the HF voltage (U App) provided by the generator can be influenced, - an instrument with at least one electrode which is supplied with HF current by the generator, - a measuring device for monitoring the tissue impedance, - a minimum detector for detecting a minimum ( Z min) of the tissue impedance, wherein the minimum detector is connected to the generator controller in order to induce the generator, on detection of a minimum ( Z min) of the tissue impedance, then to provide a reduced HF voltage (U App) so as to avoid vapour formation, wherein a setting value (U Ein) for the voltage (U App) to be applied, which is suitable for spark-free contact coagulation, is stored in the generator controller and the generator controller is configured, at the start of a coagulation process during which the tissue has its initial impedance ( Z o), to induce the generator to provide the voltage (U App) to be applied with a value which is greater than the setting value (U Ein), wherein the voltage (U App) to be applied at the start of a coagulation process is at least twice as great as the setting value (U Ein) and not normally suitable for spark-free contact coagulation, and wherein the first voltage reduction reduces the voltage to the setting value (U Ein). - a generator for provision of HF voltage (U App) and the emission of HF current (I App), - a generator controller, by means of which the HF voltage (U App) provided by the generator can be influenced, - an instrument with at least one electrode which is supplied with HF current by the generator, - a measuring device for monitoring the tissue impedance, - a minimum detector for detecting a minimum ( Z min) of the tissue impedance, wherein the minimum detector is connected to the generator controller in order to induce the generator, on detection of a minimum ( Z min) of the tissue impedance, then to provide a reduced HF voltage (U App) so as to avoid vapour formation, wherein a setting value (U Ein) for the voltage (U App) to be applied, which is suitable for spark-free contact coagulation, is stored in the generator controller and the generator controller is configured, at the start of a coagulation process during which the tissue has its initial impedance ( Z o), to induce the generator to provide the voltage (U App) to be applied with a value which is greater than the setting value (U Ein), wherein the voltage (U App) to be applied at the start of a coagulation process is at least twice as great as the setting value (U Ein) and not normally suitable for spark-free contact coagulation, and wherein the first voltage reduction reduces the voltage to the setting value (U Ein).
Ni-Zn-Cu-based ferrite particles comprising: (a) 70 to 95% by weight of an Ni-Zn-Cu ferrite, (b) 1 to 20% by weight of nickel oxide and (c) 1 to 10% by weight of copper oxide, wherein said Ni-Zn-Cu ferrite has a composition comprising 35 to 45 mol% of Fe 2 O 3, 10 to 20 mol% of NiO, 30 to 40 mol% of ZnO and 6 to 15 mol% of CuO in terms of the respective oxides. (a) 70 to 95% by weight of an Ni-Zn-Cu ferrite, (b) 1 to 20% by weight of nickel oxide and (c) 1 to 10% by weight of copper oxide,
A respiratory waveform recognition method useful for identification of a normal respiration state and an abnormal respiration state from a waveform of a respiratory airflow, the respiratory waveform recognition method comprising: detecting the respiratory airflow in a respiratory cycle; measuring an amplitude of the respiratory airflow and a duration of the respiratory cycle; using a plurality of sampling points to determine an inspiration waveform and an expiration waveform according to the amplitude and the duration; normalizing the amplitude and the duration of one of the inspiration waveform and the expiration waveform, so as to establish a normalized waveform; and accumulating the differences between the normalized waveform and a reference waveform to calculate a flow index useful for the identification of the normal respiration state and the abnormal respiration state, characterized in that the reference waveform is a second-order polynomial or a third-order polynomial. detecting the respiratory airflow in a respiratory cycle; measuring an amplitude of the respiratory airflow and a duration of the respiratory cycle; using a plurality of sampling points to determine an inspiration waveform and an expiration waveform according to the amplitude and the duration; normalizing the amplitude and the duration of one of the inspiration waveform and the expiration waveform, so as to establish a normalized waveform; and accumulating the differences between the normalized waveform and a reference waveform to calculate a flow index useful for the identification of the normal respiration state and the abnormal respiration state, characterized in that the reference waveform is a second-order polynomial or a third-order polynomial.
A method of concentrating an ink for an electrostatic printing process, wherein the method comprises the steps of: (a) providing the ink for an electrostatic printing process, the ink comprising chargeable particles in a liquid carrier; (b) passing the ink between a chargeable conveyor and a first electrode, wherein a potential is applied such that the ink becomes adhered to the chargeable conveyor; (c) passing the ink on the conveyor past a moving surface, wherein the ink contacts the moving surface and a potential is applied between the conveyor and the moving surface, such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated ink on the conveyor, the conveyor and the moving surface then diverging from one another, such that substantially all of the concentrated ink remains on the conveyor; wherein substantially all of the concentrated ink indicates that at least 90 wt.% of the chargeable particles in the concentrated ink remain adhered to the chargeable conveyor; (d) removing the concentrated ink from the conveyor and transferring it to a storage vessel. (a) providing the ink for an electrostatic printing process, the ink comprising chargeable particles in a liquid carrier; (b) passing the ink between a chargeable conveyor and a first electrode, wherein a potential is applied such that the ink becomes adhered to the chargeable conveyor; (c) passing the ink on the conveyor past a moving surface, wherein the ink contacts the moving surface and a potential is applied between the conveyor and the moving surface, such that the chargeable particles are disposed to move toward the conveyor and some of the liquid carrier is removed to increase the concentration of the chargeable particles in the liquid carrier on the conveyor to form a concentrated ink on the conveyor, the conveyor and the moving surface then diverging from one another, such that substantially all of the concentrated ink remains on the conveyor; wherein substantially all of the concentrated ink indicates that at least 90 wt.% of the chargeable particles in the concentrated ink remain adhered to the chargeable conveyor; (d) removing the concentrated ink from the conveyor and transferring it to a storage vessel.
Heat exchanger between a first fluid flowing in a longitudinal direction and a second fluid, said exchanger comprising: - two parallel plates distant from one another, so as to define a passage for circulating said first fluid; - at least one first and one second row (8a, 8b) of fins arranged perpendicularly between said plates, said first and second rows (8a, 8b) extending longitudinally, the fins of said first row being arranged preferably in staggered rows with respect to the fins of said second row, each fin being delimited longitudinally by a first edge and a second edge, said first edge comprising, at each of the ends thereof, a region of connection (12a, 12b) with the corresponding plate; said regions (12a, 12b) of connection of said first edge being respectively inclined by an angle and an angle with respect to a normal to the plates in a plane perpendicular to said plates and parallel with the direction, said first edge and said second edge of each of the fins having an identical profile in said plane. - two parallel plates distant from one another, so as to define a passage for circulating said first fluid; - at least one first and one second row (8a, 8b) of fins arranged perpendicularly between said plates, said first and second rows (8a, 8b) extending longitudinally, the fins of said first row being arranged preferably in staggered rows with respect to the fins of said second row, each fin being delimited longitudinally by a first edge and a second edge, said first edge comprising, at each of the ends thereof, a region of connection (12a, 12b) with the corresponding plate;
A battery pack cooling system, comprising: a cooling pipeline provided inside a battery pack, the cooling pipeline being provided with an inlet and an outlet and configured to cool a battery module; an inlet connecting pipe, which extends into the battery pack and is connected to the inlet, and is provided with a first fool-proofing structure; and an outlet connecting pipe, which extends into the battery pack and is connected to the outlet, and is provided with a second fool-proofing structure, the second fool-proofing structure being different from the first fool-proofing structure; wherein the first fool-proofing structure comprises a first matching member, a case of the battery pack is provided with a first assembly hole adapted to the first matching member, and the first matching member is assembled in the first assembly hole; the second fool-proofing structure comprises a second matching member, the case of the battery pack is provided with a second assembly hole adapted to the second matching member, and the second matching member is assembled in the second assembly hole; wherein the first matching member and the second matching member each comprise an oval disk (222, 322) and a protrusion (221, 321), the protrusion (221, 321) being provided on a side face of the oval disk (222, 322), and positions of the protrusions (221, 321) of the first matching member and the second matching member on the respective oval disks (222, 322) are different. an inlet connecting pipe, which extends into the battery pack and is connected to the inlet, and is provided with a first fool-proofing structure; and an outlet connecting pipe, which extends into the battery pack and is connected to the outlet, and is provided with a second fool-proofing structure, the second fool-proofing structure being different from the first fool-proofing structure; wherein the first fool-proofing structure comprises a first matching member, a case of the battery pack is provided with a first assembly hole adapted to the first matching member, and the first matching member is assembled in the first assembly hole; the second fool-proofing structure comprises a second matching member, the case of the battery pack is provided with a second assembly hole adapted to the second matching member, and the second matching member is assembled in the second assembly hole; wherein the first matching member and the second matching member each comprise an oval disk (222, 322) and a protrusion (221, 321), the protrusion (221, 321) being provided on a side face of the oval disk (222, 322), and positions of the protrusions (221, 321) of the first matching member and the second matching member on the respective oval disks (222, 322) are different.
Gearbox assembly comprising a planetary gearbox which is present between an input and an output of the gearbox assembly, - wherein a ring gear of the planetary gearbox is coupled to the output, and a planetary carrier is able to be coupled to the input, - wherein the gearbox assembly comprises a first freewheeling assembly, characterized in that - a sun gear and the planetary carrier of the planetary gearbox are able to be selectively coupled to the input, and - wherein the gearbox assembly comprises a second freewheeling assembly, where the first freewheeling assembly is disposed between the input and the planetary carrier, and the second freewheeling assembly is disposed between the sun gear and the ring gear, and - wherein in a first gear of the gearbox assembly in which a torque introduced by way of the planetary carrier is converted and delivered by way of the ring gear, the sun gear by way of a clutch and/or a third freewheeling assembly is able to be connected in a rotationally fixed manner to a housing of the gearbox assembly. - wherein a ring gear of the planetary gearbox is coupled to the output, and a planetary carrier is able to be coupled to the input, - wherein the gearbox assembly comprises a first freewheeling assembly, characterized in that - a sun gear and the planetary carrier of the planetary gearbox are able to be selectively coupled to the input, and - wherein the gearbox assembly comprises a second freewheeling assembly, where the first freewheeling assembly is disposed between the input and the planetary carrier, and the second freewheeling assembly is disposed between the sun gear and the ring gear, and - wherein in a first gear of the gearbox assembly in which a torque introduced by way of the planetary carrier is converted and delivered by way of the ring gear, the sun gear by way of a clutch and/or a third freewheeling assembly is able to be connected in a rotationally fixed manner to a housing of the gearbox assembly.
Decoy for torpedo defence, characterized in that the decoy has a mass body which can be divided into two parts (22, 24) transversely with respect to a longitudinal axis of the decoy and which can be released hydraulically and/or mechanically from the remaining decoy, a prestressed compression spring being supported between a first part and a second part of the mass body.