mhurhangee/ep-ind-claims huggingface dataset:
Method for producing plastic granules, in which a process fluid is contained in a process chamber, underwater granulation is performed in the process chamber, the process fluid in the process chamber has a temperature which is in a temperature range of between 120°C and 160°C, a process pressure of at least 2.0 bar prevails in the process chamber, and the plastic strands are comminuted into plastic granules at this process pressure, a mixture of process fluid and plastic granules is discharged from the process chamber and supplied to a first cooling zone so as to cool the plastic granules, the plastic granules are separated from the process fluid in a first separating device at process pressure, characterized in that the process pressure is maintained in the first cooling zone, the pressure prevailing in the process chamber is higher than the pressure of the vapor pressure curve of the process fluid, and after separation of the plastic granules from the process fluid in the first separating device, the plastic granules are continuously fed in line to a dealdehydization vessel, in which the plastic granules are treated with a scavenging gas (38a, 38b), in particular scavenging air so as to reduce the acetaldehyde content of the plastic granules.
A monoclonal anti-CD95L antibody characterized in that the antibody specifically binds to an epitope of human CD95L comprising the amino acid sequence RNSKYP, preferably RNSKYPQ or RNSKYPQD, and inhibits CD95L induced signalling, wherein the antibody comprises a heavy chain amino acid sequence including CDRH1 as shown in SEQ ID NO: 1, CDRH2 as shown in SEQ ID NO: 2, and CDRH3 as shown in SEQ ID NO: 3, and a light chain amino acid sequence including CDRL1 as shown in SEQ ID NO: 4, CDRL2 as shown in SEQ ID NO: 5, and CDRL3 as shown in SEQ ID NO: 6. wherein the antibody comprises a heavy chain amino acid sequence including CDRH1 as shown in SEQ ID NO: 1, CDRH2 as shown in SEQ ID NO: 2, and CDRH3 as shown in SEQ ID NO: 3, and a light chain amino acid sequence including CDRL1 as shown in SEQ ID NO: 4, CDRL2 as shown in SEQ ID NO: 5, and CDRL3 as shown in SEQ ID NO: 6.
An apparatus for abrading the surface of objects, the apparatus comprising a chamber, an abrasive surface defining a wall of said chamber and drive means for moving the abrasive surface relative to the chamber to promote circulation of the objects within the chamber, characterised in that the chamber comprises a substantially rectangular cross-section with one or more chamfered corners (130, 140) to approximate the peripheral flow path of the objects circulating, in use, within the chamber.
A smart socket for monitoring electric operating parameters of a load, whereby the smart socket is inserted in series between the load and a mains network, comprising: at least one voltage sensor and a current sensor interfaced with a control unit configured to read the electric mains voltage and drawn current values when the socket is inserted between the load and the mains network; a communication module interfaced with the control unit configured to send data and receive controls from a remote supervision unit; load control devices (601, 701, 801, 901) configured to operate according to the controls received from the communication module and/or to the controls preset in the control unit; characterized in that the load control devices comprise a power factor correction circuit comprising a battery of capacitors in parallel which can be excluded individually by means of break devices arranged in series, such as relays, electronic switches or the like, driven by the control unit to introduce a capacitive reactance into the supply circuit of the load so as to at least partially compensate for the inductive reactance of the load so as to take the power factor to values higher than 0.7, preferably higher than 0.8, typically higher than 0.9. at least one voltage sensor and a current sensor interfaced with a control unit configured to read the electric mains voltage and drawn current values when the socket is inserted between the load and the mains network; a communication module interfaced with the control unit configured to send data and receive controls from a remote supervision unit; load control devices (601, 701, 801, 901) configured to operate according to the controls received from the communication module and/or to the controls preset in the control unit; characterized in that the load control devices comprise a power factor correction circuit comprising a battery of capacitors in parallel which can be excluded individually by means of break devices arranged in series, such as relays, electronic switches or the like, driven by the control unit to introduce a capacitive reactance into the supply circuit of the load so as to at least partially compensate for the inductive reactance of the load so as to take the power factor to values higher than 0.7, preferably higher than 0.8, typically higher than 0.9.
A PEO film, wherein a molecular structure of the PEO film comprises a structural unit B and a structural unit D, and the structural unit B comprises -CH=CH-O-, and the structural unit D comprises -C 2 H 3 F-O-.
A system for making articles of footwear, comprising: a base member; a last member attached to the base member, the last member having the approximate geometry of a foot; a pressing layer, wherein a portion of the pressing layer has a geometry that is approximately similar to the geometry of the last member; wherein the pressing layer is configured to wrap around the last member and materials disposed on the last member when a vacuum is applied between the base member and the pressing layer; and characterized in that the system further comprises a first thermal element and a second thermal element extending outwardly from the base member into the last member. a base member; a last member attached to the base member, the last member having the approximate geometry of a foot; a pressing layer, wherein a portion of the pressing layer has a geometry that is approximately similar to the geometry of the last member; wherein the pressing layer is configured to wrap around the last member and materials disposed on the last member when a vacuum is applied between the base member and the pressing layer; and characterized in that the system further comprises a first thermal element and a second thermal element extending outwardly from the base member into the last member.
A fluid delivery system for controlled delivery of a fluid to a recipient, the fluid delivery system comprising: a fluid delivery unit for pressurizing and enabling delivery of the fluid to the recipient, the fluid being acquired from a source of the fluid via outlet thereof; a controllable crack pressure valve having an inlet, an outlet and a movable element, the inlet being adapted to receive the fluid pressurized by the fluid delivery unit and the movable element being adapted to transmit from the outlet the fluid received from the inlet when the fluid at the inlet reaches a pressure at least equal to a crack pressure threshold of the controllable crack pressure valve; a fluid path element for receiving the fluid from the outlet of the controllable crack pressure valve and conveying the fluid to any remaining system components for ultimate delivery to the recipient; and a control unit to control delivery of the fluid wherein the control unit controls the crack pressure threshold of the controllable crack pressure valve; wherein the control unit further controls the fluid delivery unit. a fluid delivery unit for pressurizing and enabling delivery of the fluid to the recipient, the fluid being acquired from a source of the fluid via outlet thereof; a controllable crack pressure valve having an inlet, an outlet and a movable element, the inlet being adapted to receive the fluid pressurized by the fluid delivery unit and the movable element being adapted to transmit from the outlet the fluid received from the inlet when the fluid at the inlet reaches a pressure at least equal to a crack pressure threshold of the controllable crack pressure valve; a fluid path element for receiving the fluid from the outlet of the controllable crack pressure valve and conveying the fluid to any remaining system components for ultimate delivery to the recipient; and a control unit to control delivery of the fluid wherein the control unit controls the crack pressure threshold of the controllable crack pressure valve; wherein the control unit further controls the fluid delivery unit.
A solar cell module (M; 111) comprising: a solar cell panel (P; 42; 55) configured by arranging a solar cell element between a light receiving surface side member and a rear surface side member, and a module frame has a mounting portion comprising an upper surface portion that is located on a light receiving surface of an end portion of the solar cell panel (P; 42; 55), a side surface portion that is located on a side of the side surface of the solar cell panel, and a bottom surface portion that is located under a rear surface of the end portion of the solar cell panel, and fixed to the solar cell panel (P; 42; 55), such that it surrounds the solar cell panel (P; 42; 55) with its interior surface being abutted with an external peripheral part of the light receiving surface side member, characterized in that the module frame has a notch groove (27; 43) that extends from its inner periphery towards its external periphery in plan view from a side of the light receiving surface side member and is configured so that an end portion of the notch groove (27; 43) is positioned on an exterior side surface of the mounting portion of the module frame member, and the notch groove (27; 43) has a first portion that is located on the upper surface portion of the mounting portion so as to expose the light receiving surface side member of the solar cell panel (P; 42; 55) and a second portion that is located on the side surface portion of the mounting portion of the module frame and connected to the first portion, and extends so that the end portion of the notch groove (27; 43) exposes a lower end portion of a side surface of the solar cell panel (P; 42; 55). a solar cell panel (P; 42; 55) configured by arranging a solar cell element between a light receiving surface side member and a rear surface side member, and a module frame has a mounting portion comprising an upper surface portion that is located on a light receiving surface of an end portion of the solar cell panel (P; 42; 55), a side surface portion that is located on a side of the side surface of the solar cell panel, and a bottom surface portion that is located under a rear surface of the end portion of the solar cell panel, and fixed to the solar cell panel (P; 42; 55), such that it surrounds the solar cell panel (P; 42; 55) with its interior surface being abutted with an external peripheral part of the light receiving surface side member,
A pharmaceutical composition comprising an antibody that specifically binds to pro/latent-myostatin and a pharmaceutically acceptable carrier, wherein the antibody comprises a heavy chain variable region that is at least 98% identical to the amino acid sequence of SEQ ID NO: 25 and a light chain variable region that is at least 98% identical to the amino acid sequence of SEQ ID NO: 31, and wherein the antibody comprises six complementarity determining regions (CDRs): CDRH1, CDRH2, CDRH3, CDRL1, CDRL2, and CDRL3, wherein CDRH1 comprises a sequence as set forth in SEQ ID NO: 1 or 2; CDRH2 comprises a sequence as set forth in SEQ ID NO: 4 or 5; CDRH3 comprises a sequence as set forth in SEQ ID NO: 10; CDRL1 comprises a sequence as set forth in SEQ ID NO: 12 or 13; CDRL2 comprises a sequence as set forth in SEQ ID NO: 18 or 19; and CDRL3 comprises a sequence as set forth in SEQ ID NO: 22. CDRH1 comprises a sequence as set forth in SEQ ID NO: 1 or 2; CDRH2 comprises a sequence as set forth in SEQ ID NO: 4 or 5; CDRH3 comprises a sequence as set forth in SEQ ID NO: 10; CDRL1 comprises a sequence as set forth in SEQ ID NO: 12 or 13; CDRL2 comprises a sequence as set forth in SEQ ID NO: 18 or 19; and CDRL3 comprises a sequence as set forth in SEQ ID NO: 22.
Tread for a tyre intended to equip a heavy-duty trailer, this tread having a thickness E of material to be worn away that determines a wear limit and having a tread surface for coming into contact with a road surface, this tread being divided into a central part and edge parts on either side of the central part, the edge parts not having any transverse cuts, the central part being provided with a tread pattern that does not have any circumferential grooves, a groove denoting the space formed in the tread between walls of material to a depth at most equal to the thickness of the tread, these walls of material not coming into contact with one another under the normal running conditions of the tyre, this tread pattern comprising a plurality of sipes, a sipe denoting the space formed in a tread between walls of material to a depth at most equal to the thickness of the tread, said walls being able to come into contact, at least partially, with one another under the normal running conditions of the tyre, this plurality of sipes comprising at least one circumferential sipe and transverse sipes (22, 22', 22"), the latter transverse sipes including a first set of lateral sipes and a second set of lateral sipes (22"), each of these sets of lateral sipes (22', 22") comprising a first end close to the mid-plane of the tread and a second end axially outside the first end, the second ends of the lateral sipes (22', 22") axially delimiting the central part of the tread, each lateral sipe (22', 22") opening at its first end into a circumferential sipe, all the sipes (21, 22) of the central part of the tread extending in the tread to a depth at least equal to 60% of the thickness E of material to be worn away and being extended into the tread by hidden channels (210, 220) of appropriate dimensions for supplementing the continuous flow network under the tread surface in the new state, these hidden channels (210, 220) being intended to form grooves after a predetermined amount of partial wear, this tread being characterized in that it is entirely without grooves in its central part, this central part having a width Lc at least equal to 40% and at most 90% of the total width W of the tread, and in that the lateral sipes (22', 22") formed in the central part of the tread open at their second end into an end channel (221', 221") that opens onto the tread surface of the tread and continues into the thickness of said tread until it meets a hidden channel (220', 220") at the sipe bottom, and thus creates a continuous fluidic flow network between all the channels, regardless of whether they are end (221', 221") or hidden (210, 220, 220', 220") channels.
Displacement arrangement for displacing a sash/leaf of a window or a door transversely to the main plane of a fixed frame of the window or door, the displacement arrangement comprising the following: a) an actuating mechanism which can be arranged on the sash/leaf and can be moved in the fold circumferential direction at least in portions; b) a first control projection; c) a control part; d) a first control slot, the first control projection being received in the first control slot in portions and the first control slot being inclined with respect to the main plane of the sash/leaf at least in portions, so that a displacement of the first control projection by the actuating mechanism causes a displacement of the first control part; e) a guide part which can be mounted immovably on the sash/leaf and has a first guide slot in which the first control projection is received in portions; the control part being movable relative to the guide part in order to cause the displacement of the sash/leaf relative to the fixed frame; the first control projection being arranged or formed on the actuating mechanism and the first control slot being arranged or formed on the first control part; characterized in that the first control projection has a first roller bearing for low-friction guidance of the first control projection in the first guide slot. a) an actuating mechanism which can be arranged on the sash/leaf and can be moved in the fold circumferential direction at least in portions; b) a first control projection; c) a control part; d) a first control slot, the first control projection being received in the first control slot in portions and the first control slot being inclined with respect to the main plane of the sash/leaf at least in portions, so that a displacement of the first control projection by the actuating mechanism causes a displacement of the first control part; e) a guide part which can be mounted immovably on the sash/leaf and has a first guide slot in which the first control projection is received in portions;
A data collection device comprising: an attachment assembly for attaching the data collection device to a dose setting dial of a medicament administration device; a processor arrangement; and a sensor (32, 34) configured to detect an identifier provided on a surface of an internal component of the medicament administration device; characterized in that the sensor comprises an ultrasound sensor configured to detect a geometric identifier formed on the surface of the internal component of the medicament administration device, wherein the internal component is configured to rotate around a longitudinal axis of the medicament administration device during a medicament delivery, wherein the ultrasound sensor is configured to emit sound towards the internal component in a direction substantially parallel to the longitudinal axis when the data collection device is attached to the dose setting dial, and wherein the processor arrangement is configured to determine, from the signals received from the ultrasound sensor, an amount of rotation of the internal component. an attachment assembly for attaching the data collection device to a dose setting dial of a medicament administration device; a processor arrangement; and a sensor (32, 34) configured to detect an identifier provided on a surface of an internal component of the medicament administration device; characterized in that the sensor comprises an ultrasound sensor configured to detect a geometric identifier formed on the surface of the internal component of the medicament administration device, wherein the internal component is configured to rotate around a longitudinal axis of the medicament administration device during a medicament delivery, wherein the ultrasound sensor is configured to emit sound towards the internal component in a direction substantially parallel to the longitudinal axis when the data collection device is attached to the dose setting dial, and wherein the processor arrangement is configured to determine, from the signals received from the ultrasound sensor, an amount of rotation of the internal component.
An apparatus for driving a two-dimensional transducer array comprising a plurality of transducers, the apparatus comprising: a plurality of drivers (110, 112) configured to respectively drive the transducers on a one-to-one basis to transmit and receive an ultrasonic signal respectively to and from a subject, each of the drivers comprising a register, a comparator, a pulse frequency setter, a multi-pulse controller, a transmission signal generator, a signal transceiver, a transmission and reception switch, and a reception signal amplifier; and a driving controller configured to control the drivers. a plurality of drivers (110, 112) configured to respectively drive the transducers on a one-to-one basis to transmit and receive an ultrasonic signal respectively to and from a subject, each of the drivers comprising a register, a comparator, a pulse frequency setter, a multi-pulse controller, a transmission signal generator, a signal transceiver, a transmission and reception switch, and a reception signal amplifier; and a driving controller configured to control the drivers.
A magnetic flowmeter for measuring flow rate of a process fluid, comprising: two magnetic coils (222A, 222B) arranged to apply a magnetic field to the process fluid; a pair of electrodes (224A, 224B) electronically coupled to the process fluid and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and the flow rate of the process fluid; a molded flow tube of a non-conductive material arranged to receive a flow of the process fluid therethrough, the molded flow tube molded around the magnetic coils (222A, 222B) and the pair of electrodes (224A, 224B) and configured to support the magnetic coils (222A, 222B) and the pair of electrodes (224A, 224B); and flowmeter circuitry configured to apply a current to the magnetic coils and receive the voltage sensed by the pair of electrodes (224A, 224B); wherein the flowmeter circuitry is further configured to detect a presence of magnetic material proximate the molded flow tube by measuring the inductance or hysteresis of a magnetic circuit made with the magnetic coils, wherein the magnetic flowmeter is further configured to calibrate the flowmeter for the magnetic material proximate the molded flow tube on the basis of the measured inductance or hysteresis. two magnetic coils (222A, 222B) arranged to apply a magnetic field to the process fluid; a pair of electrodes (224A, 224B) electronically coupled to the process fluid and arranged to sense a voltage induced in the process fluid related to the applied magnetic field and the flow rate of the process fluid; a molded flow tube of a non-conductive material arranged to receive a flow of the process fluid therethrough, the molded flow tube molded around the magnetic coils (222A, 222B) and the pair of electrodes (224A, 224B) and configured to support the magnetic coils (222A, 222B) and the pair of electrodes (224A, 224B); and flowmeter circuitry configured to apply a current to the magnetic coils and receive the voltage sensed by the pair of electrodes (224A, 224B); wherein the flowmeter circuitry is further configured to detect a presence of magnetic material proximate the molded flow tube by measuring the inductance or hysteresis of a magnetic circuit made with the magnetic coils, wherein the magnetic flowmeter is further configured to calibrate the flowmeter for the magnetic material proximate the molded flow tube on the basis of the measured inductance or hysteresis.
Armrest assembly for a seat, in particular for a vehicle seat, comprising an armrest which is pivotally connected to an armrest support by means of a bearing pin, a locking and adjusting device for setting an inclination angle between the armrest and the armrest support when in a usage position and for folding the armrest down from the usage position into a non-usage position, characterised in that the locking and adjusting device is rotatably mounted in a rotary element inside a housing of the armrest by means of a rotary spindle and a spindle grip which is arranged at a first end (41 a) of the rotary spindle and is used to manually rotate the rotary spindle about its longitudinal axis in order to fold the armrest down, a second end (41 b) of the rotary spindle being mechanically engaged with a supporting cam, which is non-rotatably fastened to the armrest support, so that by tightening a lever extension the second end (41 b) is released from the supporting cam at the same time, and the locking and adjusting device being mounted in the housing so as to be rotatable about the longitudinal axis of the rotary spindle in order to adjust the inclination angle.