mhurhangee/ep-ind-claims huggingface dataset:
Relay, which is in particular intended to be integrated into a switch used for the purposes of interrupting an electric circuit in the case, when a difference between electric current in conductors (N, P) occurs, wherein such relay in the electrical context represents a resistance (R R) and inductivity of a coil (L R), via which the relay is electrically interconnected with a passive electronic circuit and indirectly also with a differential transformer intended for indication of a differential electric current in the area of said conductors (N, P), so that in the case of difference between currents in said conductors (N, P) due to the voltage generated in the differential transformer and in the passive electronic circuit a corresponding magnetic flux (Φ 4) is generated in said coil (L R), and wherein such relay in the mechanical contexts consists of a yoke, which is mounted in a base and comprises said inductive coil and a permanent magnet for providing a desired magnetic flux (Φ 1, Φ 2, Φ 3) in the area of said yoke, as well as of an armature, which is pivotally interconnected with said yoke in a pivot point and is, depending on energizing the coil (L R), either by means of said permanent magnet rest onto said yoke, or is by means of a force of a spring (34 34', 34") pivoted away from the yoke towards the actuating mechanism, which is located at appropriate distance apart from the yoke and is intended for activation of the switch in the sense of interrupting the electric circuit through said conductors (N, P), characterized in that the yoke consists of two plate-like and apart from each other arranged parts (31', 31") consisting of high-permeable ferromagnetic material, which are each per see adapted to cooperate with a permanent magnet and between which a layer is inserted, which consists of composite material with relative permeability in the range 3 ≤ μ ≤ 15, wherein the thickness of said layer is 0,1 to 1,0 mm.
Method for inserting a weft thread (4, 5) in an airjet weaving machine, which weft thread (4, 5) is wound in a number of windings on a winding drum of a prewinder, is drawn off from the prewinder and is transported through a shed by means of compressed air blown by at least one main blower (8, 9) and by successive relay blowers (12, 13, 14, 15, 16, 17, 18, 19, 20), the method comprising the steps of activating the relay blowers (12, 13, 14, 15, 16, 17, 18, 19, 20) successively, with the advancement of the weft thread (4, 5) through the shed, over a period of time (40, 41, 42, 43, 44, 45, 46, 47, 48) for supporting the weft thread (4, 5), detecting an average arrival instant (T A, T A1) at which a leading end of an average weft thread (4, 5) reaches an arrival detector arranged at an arrival end of the shed, detecting an instant (T LW) at which the last winding is unwound from the winding drum, and determining as a reference value the time difference between the average arrival instant (T A, T A1) and the average instant (T LW) at which the last winding is unwound from the winding drum, characterized in that at least one point (P i) of an estimated trajectory (49, 49A, 49B, 49C) of the leading end of the average weft thread (4, 5) transported through the shed is determined as a function of the reference value, and the start of the period of time (40, 41, 42, 43, 44, 45, 46, 47, 48) for the supply of compressed air to at least one of the relay blowers (12, 13, 14, 15, 16, 17, 18, 19, 20) is adapted to this estimated trajectory (49, 49A, 49B, 49C).
Cover (10, 120) for a medical injection device (1, 100), said medical injection device (1, 100) having a hub portion (5, 104) defined at its distal end, the said cover (10, 120) comprising: - an outer casing (20, 130) formed of a first material, said outer casing (20, 130) having a distal end and a proximal end, - an inner casing (30, 140) formed of a second material different from the said first material and defining a cavity capable of receiving in a sealing way, at least part of the hub portion (5, 104), said inner casing (30, 140) having a distal end and a proximal end, and being at least partly inserted within the outer casing (20,130) and at least partially in contact with the outer casing (20, 130) and wherein the said cover is characterised by comprising at least one substantially ring-shaped Radio Frequency Identification RFID tag (40, 50, 150, 160) embedded within the cover (10, 120), said ring-shaped RFID tag (40, 50, 150, 160) comprising a RFID chip (40b, 50b, 150b) connected to at least one RFID ring-shaped antenna (40a, 50a, 150a). - an outer casing (20, 130) formed of a first material, said outer casing (20, 130) having a distal end and a proximal end, - an inner casing (30, 140) formed of a second material different from the said first material and defining a cavity capable of receiving in a sealing way, at least part of the hub portion (5, 104), said inner casing (30, 140) having a distal end and a proximal end, and being at least partly inserted within the outer casing (20,130) and at least partially in contact with the outer casing (20, 130) and wherein the said cover is characterised by comprising at least one substantially ring-shaped Radio Frequency Identification RFID tag (40, 50, 150, 160) embedded within the cover (10, 120), said ring-shaped RFID tag (40, 50, 150, 160) comprising a RFID chip (40b, 50b, 150b) connected to at least one RFID ring-shaped antenna (40a, 50a, 150a).
Control valve for arranging in a process fluid line of a process plant, comprising a throttle body for reducing the fluid pressure with a plurality of channels (41, 141, 241, 341, 441) extending from an upstream channel inlet to a downstream channel outlet, characterized in that a course being at least section-wisely curved of at least one of the plurality of channels deviates from a two-dimensional extension between the channel inlet and the channel outlet, is three-dimensional spiral-shaped and comprises an area of decreasing and/or increasing gradient.
Apparatus for transporting cuboidal packs with the aid of belt conveyors (22, 23) which are arranged in an upright position and have conveying strands directed towards one another, wherein the belt conveyors (22, 23) have mutually opposite holders for gripping in each case one or more packs such that at least two of the interacting holders grip one or more packs for transporting purposes, wherein the holders have limbs for gripping the packs at opposite regions, namely a lower, horizontally directed carrying limb for bearing the packs and at least one abutment or retaining limb, which acts on the opposite, upper side of the packs and, on account of shaping, relative position and/or movement capability, can be adapted to different dimensions of the packs, in particular to different heights of the same, wherein at least certain subregions of the retaining limb of the holder, the retaining limb acting on the upper side of the packs, are arranged at an angle in relation to the horizontally directed carrying limb, namely in a sloping position or with a curved contour, such that in correspondingly different relative positions, on account of different dimensions, the packs butt against corresponding regions of the sloping or curved retaining limb, preferably by way of a transversely directed pack edge directed towards the retaining limbs, characterized in that at least one of the holders assigned to a pack is designed in the form of a shaped, elongate, cross-sectionally approximately C-shaped profile which is open at both ends and has the horizontal carrying limb, an adjoining, upright connecting limb and the retaining limb, which adjoins the connecting limb.
A copolymer comprising tetrafluoroethylene units, hexafluoropropylene units, and units independently represented by formula in a range from 0.02 to 2 mole percent, based on the total amount of the copolymer, wherein n is from 1 to 6, m is 0 or 1, and Rf is a linear or branched perfluoroalkyl group having from 1 to 8 carbon atoms and optionally interrupted by one or more -O- groups, wherein the copolymer has a melt flow index in a range from 25 grams per 10 minutes to 35 grams per 10 minutes measured at a temperature of 372 °C and at a support weight of 5.0 kg, wherein the copolymer has not more than 50 unstable end groups per 10 6 carbon atoms, wherein the unstable end groups are selected from the group consisting of -COOM, -CH 2 OH, -COF, and - CONH 2, and wherein M is independently an alkyl group, a hydrogen atom, a metallic cation, or a quaternary ammonium cation.
A gas turbine engine component comprising - an outer ring, - an inner ring, - a plurality of circumferentially spaced elements extending between the inner ring and the outer ring, wherein a primary gas channel for axial gas flow is defined between the elements, wherein the component has an inlet side for gas entrance and an outlet side for gas outflow, and - an annular load transfer structure positioned internally of the inner ring for transferring loads between said elements and a bearing structure for a turbine shaft positioned centrally in the component, wherein the annular load transfer structure extends circumferentially along at least a part of an inner side of the inner ring and inwards in a radial direction of the component, wherein the annular load transfer structure has a first portion and a second portion, and wherein the first portion is located closer to the inner ring than the second portion, wherein the first portion is radially inclined between a first position in the vicinity of the inner ring and an axially displaced second position and wherein the second portion extends from the second position and is inclined in relation to the first portion, wherein the annular load transfer structure is provided with a plurality of circumferentially spaced load carrying members arranged at a side of the first portion axially facing in a direction towards the second position, wherein the load carrying members are arranged to form a load carrying connection between the bearing structure and said elements via the inner ring, wherein the load carrying members are arranged in a set of pairs, wherein each of said set of pairs are positioned radially inwards of a corresponding element located on an opposite, outer side of the inner ring such that a load can be transferred in a substantially straight radial direction between a certain pair of load carrying members and an element corresponding to said pair, and wherein the two load carrying members in the pairs are inclined towards each other such that the distance between the two load carrying members increases in a radial direction towards a center point of the component. - an outer ring, - an inner ring, - a plurality of circumferentially spaced elements extending between the inner ring and the outer ring, wherein a primary gas channel for axial gas flow is defined between the elements, wherein the component has an inlet side for gas entrance and an outlet side for gas outflow, and - an annular load transfer structure positioned internally of the inner ring for transferring loads between said elements and a bearing structure for a turbine shaft positioned centrally in the component,
A method of clonally sorting and isolating living immune cells, which have a specific ribonucleic acid molecule in common, wherein the ribonucleic acid molecule is the transcriptional product of at least two different genomic regions, the method comprising the steps of: a. providing a sample comprising said living cells; b. providing at least one labeled probe set, each probe set comprising i. a first probe which is specific for a region of the ribonucleic acid stemming from a first genomic region and, ii. a second probe which is specific for a region of the ribonucleic acid stemming from a second genomic region and, c. transfecting said cells with said probe set such that hybridization to said regions of the ribonucleic acid molecule may occur and if said hybridization occurs the probes lie adjacent to one another on said ribonucleic acid molecule; d. detecting hybridization of said probe set to said nucleic acid regions; and e. sorting the cells depending on how hybridization to said regions has occurred, wherein the immune cells are T cells and wherein at the least two genomic regions encode for a T cell receptor or a subunit of a T cell receptor. a. providing a sample comprising said living cells; b. providing at least one labeled probe set, each probe set comprising i. a first probe which is specific for a region of the ribonucleic acid stemming from a first genomic region and, ii. a second probe which is specific for a region of the ribonucleic acid stemming from a second genomic region and, i. a first probe which is specific for a region of the ribonucleic acid stemming from a first genomic region and, ii. a second probe which is specific for a region of the ribonucleic acid stemming from a second genomic region and, c. transfecting said cells with said probe set such that hybridization to said regions of the ribonucleic acid molecule may occur and if said hybridization occurs the probes lie adjacent to one another on said ribonucleic acid molecule; d. detecting hybridization of said probe set to said nucleic acid regions; and e. sorting the cells depending on how hybridization to said regions has occurred, wherein the immune cells are T cells and wherein at the least two genomic regions encode for a T cell receptor or a subunit of a T cell receptor.
A propylene butylene polymer composition comprising A) a propylene butylene copolymer or a propylene butylene ethylene terpolymer which is - free of phthalic acid esters as well as decomposition products thereof; - obtained by a Ziegler-Natta catalyst and B) a mixture of at least one particulate and at least one soluble nucleating agent, whereby the propylene butylene polymer composition has - a MFR (2.16kg/210°C) in the range of 12 to 50 g/10min - a tensile modulus (measured on injection moulded test specimens in accordance with ISO 527) of more than 1200 MPa - a Tm of more than 150 °C - an amount of xylene cold soluble fraction of less than 7.0 wt.-% and whereby the propylene butylene copolymer includes monomer units derived from a) propylene in an amount of 91-96 wt.-% b) butylene in an amount of 4-9 wt.-% with respect to the total weight of the propylene butylene copolymer. or wherein the propylene butylene ethylene terpolymer includes monomer units derived from a) propylene in an amount of 90-96 wt.-% b) butylene in an amount of 4-9 wt.-% c) ethylene in an amount of not more than 1.0 wt.-% with respect to the total weight of the propylene butylene ethylene terpolymer. A) a propylene butylene copolymer or a propylene butylene ethylene terpolymer which is - free of phthalic acid esters as well as decomposition products thereof; - obtained by a Ziegler-Natta catalyst and - free of phthalic acid esters as well as decomposition products thereof; - obtained by a Ziegler-Natta catalyst B) a mixture of at least one particulate and at least one soluble nucleating agent, - a MFR (2.16kg/210°C) in the range of 12 to 50 g/10min - a tensile modulus (measured on injection moulded test specimens in accordance with ISO 527) of more than 1200 MPa - a Tm of more than 150 °C - an amount of xylene cold soluble fraction of less than 7.0 wt.-% a) propylene in an amount of 91-96 wt.-% b) butylene in an amount of 4-9 wt.-% a) propylene in an amount of 90-96 wt.-% b) butylene in an amount of 4-9 wt.-% c) ethylene in an amount of not more than 1.0 wt.-%
A vehicle towing device comprising a front yoke, a rear yoke, a front yoke shaft, a rear yoke shaft, a towing mechanism, a control unit, a drive unit and a towing path, the front yoke and the rear yoke are respectively connected to the front yoke shaft and rear yoke shaft, and can rotate horizontally around the front yoke shaft and the rear yoke shaft under the control of the control unit, respectively, the front yoke shaft and the rear yoke shaft are connected to the towing mechanism in tandem, the drive unit drives the towing mechanism to run in the towing path, and the axial directions of both the front yoke shaft and the rear yoke shaft are perpendicular to a surface of the towing mechanism, the vehicle towing device further comprises a track arranged on both sides of the towing path, and the towing mechanism is disposed on two parallel rails of said track, there are two towing mechanisms which are symmetrically disposed on the two parallel rails of the track, each of said two towing mechanisms is connected to one front yoke shaft and one rear yoke shaft, the two front yoke shafts are arranged symmetrically about a central axis of the towing path, and the two rear yoke shafts are arranged symmetrically about the central axis of the towing path, each of said two front yoke shafts is connected to one front yoke, and each of said two rear yoke shafts is connected to one rear yoke, and the two front yokes are arranged symmetrically and the two rear yokes are arranged symmetrically, characterized in that the vehicle towing device further comprises a portal frame with the two ends thereof respectively connected to the two towing mechanisms on both sides of the towing path.
An assembly for changing the posture of a weapon coupled to a sensor system the assembly comprising: a weapon mount configured to support the weapon; a movement mechanism coupled between the weapon mount and the sensor system, wherein the movement mechanism is movable between a first configuration in which a boresight of the weapon is aligned with a first axis of a line of sight of the sensor system and a second configuration in which the boresight of the weapon is disposed along a second axis rotated with respect to the first axis, the assembly is characterized in that the movement mechanism comprises a motor assembly and a positioner gear plate that comprises a plurality of radially arranged teeth, wherein the motor assembly engages the teeth of the positioner gear plate to rotate the gear plate into positions corresponding to at least the first and second configurations. a weapon mount configured to support the weapon; a movement mechanism coupled between the weapon mount and the sensor system, wherein the movement mechanism is movable between a first configuration in which a boresight of the weapon is aligned with a first axis of a line of sight of the sensor system and a second configuration in which the boresight of the weapon is disposed along a second axis rotated with respect to the first axis, the assembly is characterized in that the movement mechanism comprises a motor assembly and a positioner gear plate that comprises a plurality of radially arranged teeth, wherein the motor assembly engages the teeth of the positioner gear plate to rotate the gear plate into positions corresponding to at least the first and second configurations.
A programmable logic controller for controlling a control object, wherein the programmable logic controller comprises: a CPU unit and at least one input/output unit, wherein the CPU unit comprises a processor and a non-volatile memory; a communication interface configured to be connected to a database system; wherein the programmable logic controller is configured by a system program to: - execute a user program for controlling the control object; wherein the user program is held in the non-volatile memory, - at the time of executing the user program comprising an access instruction to access the database system, control an access to the database system via the communication interface, and - generate a statement according to the access instruction and transmit the generated statement to the database system; characterized in that the programmable logic controller is configured by the system program to store into a memory (126, 128) information indicative of time since transmission of the generated statement to the database system until reception of a response from the database system, wherein the user program further comprises a status acquisition instruction for acquiring said information indicative of time and the programmable logic controller is configured to send the information stored in the memory (126, 128) to the user program in response to the status acquisition instruction. a CPU unit and at least one input/output unit, wherein the CPU unit comprises a processor and a non-volatile memory; a communication interface configured to be connected to a database system; wherein the programmable logic controller is configured by a system program to: - execute a user program for controlling the control object; wherein the user program is held in the non-volatile memory, - at the time of executing the user program comprising an access instruction to access the database system, control an access to the database system via the communication interface, and - generate a statement according to the access instruction and transmit the generated statement to the database system; - execute a user program for controlling the control object; wherein the user program is held in the non-volatile memory, - at the time of executing the user program comprising an access instruction to access the database system, control an access to the database system via the communication interface, and - generate a statement according to the access instruction and transmit the generated statement to the database system; characterized in that the programmable logic controller is configured by the system program to store into a memory (126, 128) information indicative of time since transmission of the generated statement to the database system until reception of a response from the database system, wherein the user program further comprises a status acquisition instruction for acquiring said information indicative of time and the programmable logic controller is configured to send the information stored in the memory (126, 128) to the user program in response to the status acquisition instruction.
A vortex flowmeter for measuring a flow rate of a process fluid, comprising: a vortex generator arranged to generate vortices in a flow of the process fluid; a vortex sensor (11, 26) arranged to sense the vortices in the flow of the process fluid and responsively provide a sensor output related to the flow rate of the process fluid; measurement circuitry configured to receive the sensor output and provide a digital output indicative of the amplitude and frequency of the vortices; a memory configured to store measurements based upon the digital output; and diagnostics circuitry (68, 70) coupled to the memory arranged to detect instability in the flow of the process fluid based upon the measurements stored in the memory; wherein the diagnostics circuitry (68, 70) is configured to correct for errors in a measurement flow rate based upon detected instability in the flow of the process fluid. a vortex generator arranged to generate vortices in a flow of the process fluid; a vortex sensor (11, 26) arranged to sense the vortices in the flow of the process fluid and responsively provide a sensor output related to the flow rate of the process fluid; measurement circuitry configured to receive the sensor output and provide a digital output indicative of the amplitude and frequency of the vortices; a memory configured to store measurements based upon the digital output; and diagnostics circuitry (68, 70) coupled to the memory arranged to detect instability in the flow of the process fluid based upon the measurements stored in the memory; wherein the diagnostics circuitry (68, 70) is configured to correct for errors in a measurement flow rate based upon detected instability in the flow of the process fluid.