mhurhangee/ep-ind-claims huggingface dataset:
Elastic boss (3; 4) for the elastic fixing of one or more panels to a shoulder of a support structure, in particular for the installation and the elastically yielding support of balustrades, parapets, barriers or similar architectural elements of any material and shape, said boss suitable for being anchored to said shoulder by a shank intended to be irremovably fixed to said structure; wherein it comprises an elastically yielding body comprising: - at least one sliding element whereon said panel can press; - at least one sliding surface, whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface; - elastic opposing means, positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface; said elastically yielding body, by means of said sliding element, sliding surface and elastic opposing means, being capable of opposing yields caused by a load F substantially orthogonal to the lying plane of the panel with an elastic reaction force (Fe) substantially parallel to the lying plane of the said panel. wherein it comprises an elastically yielding body comprising: - at least one sliding element whereon said panel can press; - at least one sliding surface, whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface; - elastic opposing means, positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface; - at least one sliding element whereon said panel can press; - at least one sliding surface, whereon said sliding element is capable of sliding, irremovably constrained to said shank and intended to be inclined with respect to the lying plane of the panel at rest by an angle φ such as to allow the retrograde motion of the sliding element sliding on the sliding surface; - elastic opposing means, positioned and constrained so as to be able to exert an elastic force (Fe) that insists on said sliding element so as to press it on said sliding surface; said elastically yielding body, by means of said sliding element, sliding surface and elastic opposing means, being capable of opposing yields caused by a load F substantially orthogonal to the lying plane of the panel with an elastic reaction force (Fe) substantially parallel to the lying plane of the said panel.
Printing machine for printing on hollow bodies which are open on at least one side, the printing machine comprising a machine frame on which a workpiece rotary table is rotatably mounted, a drive unit assigned to the workpiece rotary table for a rotational positioning of the workpiece rotary table around an axis of rotation, workpiece receptacles which are designed for the accommodation of hollow bodies to be printed on and rotatably mounted on the workpiece rotary table, drive means for a rotary movement of the workpiece receptacles and at least one printing device assigned to the machine frame for printing on a circumferential surface of a hollow body accommodated in the workpiece receptacle, wherein the printing device comprises at least one printing head (21, 22) with a row of ink metering elements (43, 44) designed for the contactless application of ink to a surface of the hollow body to be printed on, wherein the drive unit is designed as a brushless electric motor with a stator located on the machine frame and a rotor which is rotatable relative to the stator and coupled to the workpiece rotary table, wherein the drive unit is assigned a control unit designed for a provision of electric drive energy to the drive unit, wherein the ink metering elements (43, 44) are located on a dispensing surface (45, 46) of the printing head (21, 22) and designed for dispensing ink particles in a dispensing direction, and wherein the printing device comprises a cleaning station which is designed for cleaning the dispensing surface (45, 46) and located in the dispensing direction opposite the dispensing surface (45, 46) for performing the cleaning operation, characterised in that the control unit is designed for controlling the drive unit to perform rotary step movements of the workpiece rotary table about the axis of rotation in a freely selectable sequence with at least two different angle step widths (W; W/2).
A synthetic guide RNA comprising: (a) a crRNA segment comprising (i) a guide sequence capable of hybridizing to a target sequence in a polynucleotide, (ii) a stem sequence; and (b) a tracrRNA segment comprising a nucleotide sequence that is partially or completely complementary to the stem sequence; wherein the synthetic guide RNA has gRNA functionality; wherein the synthetic guide RNA comprises one or more modifications; wherein the modification is selected from the group consisting of: a 2'-O-methyl, a phosphorothioate linkage, a phosphonoacetate linkage (PACE), a thiophosphonoacetate linkage (thioPACE), a Z base, a 5-methyluridine, a 2-thiouracil (2-thioU), and a 2-aminoadenine. (a) a crRNA segment comprising (i) a guide sequence capable of hybridizing to a target sequence in a polynucleotide, (ii) a stem sequence; and (b) a tracrRNA segment comprising a nucleotide sequence that is partially or completely complementary to the stem sequence; wherein the synthetic guide RNA has gRNA functionality; wherein the synthetic guide RNA comprises one or more modifications; wherein the modification is selected from the group consisting of: a 2'-O-methyl, a phosphorothioate linkage, a phosphonoacetate linkage (PACE), a thiophosphonoacetate linkage (thioPACE), a Z base, a 5-methyluridine, a 2-thiouracil (2-thioU), and a 2-aminoadenine. a 2'-O-methyl, a phosphorothioate linkage, a phosphonoacetate linkage (PACE), a thiophosphonoacetate linkage (thioPACE), a Z base, a 5-methyluridine, a 2-thiouracil (2-thioU), and a 2-aminoadenine.
Hydraulic assembly having at least one hydraulic consumer, a load-pressure-controlled hydraulic pump, a hydraulic tank and a hydraulic control circuit, which is connected to the hydraulic consumer and with which a volume flow which is fed by the hydraulic pump can be changed, wherein the hydraulic control circuit comprises an overpressure valve and a control valve which can be actuated electronically, wherein the hydraulic control circuit comprises a load-pressure-controlled pressure balance between the overpressure valve and the control valve, and wherein a load pressure line is included, from which load pressure line branches off a first control pressure line to the pressure balance, characterized in that a second hydraulic line, which connects the pressure balance and the overpressure valve is included, which second hydraulic line is connected to the load pressure line via a third control pressure line, wherein a non-return valve, which closes in the direction of the second hydraulic line, is arranged in the third control pressure line.
Machine tool switching device, in particular for sliding garden tools, for electronic control of at least one electric drive unit of at least one machine tool, having at least one mechanical actuation unit (16; 16'), having at least one electronics unit which is configured to output at least one signal, in particular at least one control signal, depending on actuation by the actuation unit (16; 16'), and having at least one translation unit (20; 20') which is operatively connected to the actuation unit (16; 16') and is intended to adjust, in particular mechanically, a ratio between an actuation travel of the actuation unit (16; 16') and a switching travel of the actuation unit (16; 16'), characterized in that the translation unit (20, 20') comprises at least two compression and/or tension elements (22, 24; 22', 24'), wherein at least a first compression and/or tension element (22; 22') is in the form of a tension spring and at least a second compression and/or tension element (24; 24') is in the form of a compression spring.
A method of making a helical drive shaft having a helical auger blade (21 b) with a desired pitch, depth, width and outer diameter comprising: placing a cylindrical drive shaft into a polymer tube, the polymer tube having opposite ends, a longitudinal axis extending between the opposite ends, and a generally circular cross section; attaching one end of the polymer tube to the drive shaft; applying heat to the tube overlying the drive shaft at a temperature sufficient to soften the polymer tube; and twisting the softened polymer tube about the longitudinal axis and relative to the drive shaft to buckle a portion of the tube, the buckled portion of the tube forming at least a portion of the helical auger blade (21 b) with the desired pitch, depth, width and outer diameter. placing a cylindrical drive shaft into a polymer tube, the polymer tube having opposite ends, a longitudinal axis extending between the opposite ends, and a generally circular cross section; attaching one end of the polymer tube to the drive shaft; applying heat to the tube overlying the drive shaft at a temperature sufficient to soften the polymer tube; and twisting the softened polymer tube about the longitudinal axis and relative to the drive shaft to buckle a portion of the tube, the buckled portion of the tube forming at least a portion of the helical auger blade (21 b) with the desired pitch, depth, width and outer diameter.
A composition comprising, or consisting of an inclusion complex of propolis and cyclodextrin for use in inhibiting gastrointestinal tumour formation, inhibiting gastrointestinal tumour growth, inhibiting gastrointestinal tumour metastasis or treating or preventing gastrointestinal cancer in a subject; inducing apoptosis of one or more neoplastic gastrointestinal cells in a subject; increasing the responsiveness of a subject to a gastrointestinal cancer therapy; increasing the sensitivity of a gastrointestinal tumour in a subject to a gastrointestinal cancer therapy; resensitising one or more gastrointestinal cancer cells in a subject that are resistant to treatment; at least partially reversing the resistance of a neoplastic cell in a subject suffering from gastrointestinal cancer to a gastrointestinal cancer therapy; reversing, wholly or in part, the resistance of a gastrointestinal cancer-burdened patient to a gastrointestinal cancer therapy; or re-sensitising one or more tumours of a gastrointestinal cancer-burdened patient which are, or are predicted to either be or become, resistant to treatment with a gastrointestinal cancer therapy to treatment with a gastrointestinal cancer therapy, wherein the cyclodextrin in the composition is gamma-cyclodextrin or chemically modified gamma-cyclodextrin.
Housing for a radial fan of an extractor hood, with an air inlet (7, 8), which is delimited by an edge which has at least one reinforcing rib (32, 33), wherein the housing comprises a spiral-shaped base body, which has the air inlet (7, 8) and the edge, characterised in that the at least one reinforcing rib (32, 33) extends with the same spiral shape along with the spiral-shaped base body, and that the at least one reinforcing rib (32, 33) directly abuts the air inlet (7, 8).
An internal pipe pig (1, 501) for inspection of a pipeline, the internal pipe pig (1, 501) comprising: a module (300, 500) with a housing; at least one measuring unit (320, 520) with a housing, wherein the at least one measuring unit (320, 520) is installed on a surface of the module (300, 500) and is fastened on the housing of the module (320, 520) such that the at least one measuring unit (320, 520) is pressed against an inner surface of the pipeline; at least one high-frequency electromagnetic signal transmitter (323, 523) located within the housing of the at least one measuring unit (320, 520); at least one data processing unit (330, 530) comprised by the module (300, 500):, and at least one high-frequency electromagnetic signal receiver (360, 560) connected to the at least one data processing unit (330, 530) and configured for receiving data transmitted from the at least one high-frequency electromagnetic signal transmitter (323, 523). a module (300, 500) with a housing; at least one measuring unit (320, 520) with a housing, wherein the at least one measuring unit (320, 520) is installed on a surface of the module (300, 500) and is fastened on the housing of the module (320, 520) such that the at least one measuring unit (320, 520) is pressed against an inner surface of the pipeline; at least one high-frequency electromagnetic signal transmitter (323, 523) located within the housing of the at least one measuring unit (320, 520); at least one data processing unit (330, 530) comprised by the module (300, 500):, and at least one high-frequency electromagnetic signal receiver (360, 560) connected to the at least one data processing unit (330, 530) and configured for receiving data transmitted from the at least one high-frequency electromagnetic signal transmitter (323, 523).
Electromechanical actuator of a closure or solar protection installation, the electromechanical actuator comprising: - at least one suspension member, and - a casing, the suspension member being configured to be mounted inside the casing of the electromechanical actuator, the suspension member being annular in shape and defining a volume for receiving a part (51, 53) of the electromechanical actuator, the suspension member comprising: - at least three springs, and - a support, on which each spring is mounted, the support being cylindrical in shape, the support comprising a hub, characterised in that the hub is provided with at least three recesses, each for receiving a spring, such that each spring protrudes from an outer peripheral surface (S18, S20) of the support, and in that each spring comprises a C-shaped hook and a tab configured to be inserted into a notch emerging from one of the recesses of the hub. the electromechanical actuator comprising: - at least one suspension member, and - a casing, - at least one suspension member, and - a casing, the suspension member being configured to be mounted inside the casing of the electromechanical actuator, the suspension member being annular in shape and defining a volume for receiving a part (51, 53) of the electromechanical actuator, the suspension member comprising: - at least three springs, and - a support, on which each spring is mounted, - at least three springs, and - a support, on which each spring is mounted, the support being cylindrical in shape, the support comprising a hub, characterised in that the hub is provided with at least three recesses, each for receiving a spring, such that each spring protrudes from an outer peripheral surface (S18, S20) of the support, and in that each spring comprises a C-shaped hook and a tab configured to be inserted into a notch emerging from one of the recesses of the hub.
Firework with at least one first receiving part for a pyrotechnic effect, and at least one ignition means connected to the pyrotechnic effect and arranged at least in sections in the pyrotechnic effect or in the first receiving part, characterized in that the firework has a second receiving part, and in that at least one auxiliary ignition system is provided, which can be ignited by the ignition means, wherein a pilot flame can be generated by the auxiliary ignition system, and the pilot flame can be led out in particular substantially horizontally from the firework, whereby at least one additional, external firework can be ignited with a pyrotechnic effect, wherein the auxiliary ignition system is arranged in the second receiving part.
A compliance monitoring system for an injection device having at least an unused state and a used state, the system comprising: one or more radio frequency tags attached to a surface of the injection device and configured to collect and store state information from the injection device, the state information including at least a confirmation that the injection device is in the used state; and a portable monitoring accessory (120, 120A, 120B) including a housing (151A, 151B), a radio frequency antenna (121, 121A, 121B) disposed within the housing (151A, 151B), a wireless transmitter module (123, 123A, 123B) disposed within the housing (151A, 151B), and a processing circuit (137, 137A) disposed within the housing (151A, 151B), the processing circuit (137, 137A) being configured to: receive, prior to disposal of the injection device and via the radio frequency antenna (121, 121A, 121B), a first signal from the one or more radio frequency tags via a radio frequency communication protocol, the first signal including the stored state information of the injection device, and transmit, via the wireless transmitter (123, 123A, 123B), a second signal to a mobile device via a wireless communication protocol different from the radio frequency communication protocol, the second signal including the state information. one or more radio frequency tags attached to a surface of the injection device and configured to collect and store state information from the injection device, the state information including at least a confirmation that the injection device is in the used state; and a portable monitoring accessory (120, 120A, 120B) including a housing (151A, 151B), a radio frequency antenna (121, 121A, 121B) disposed within the housing (151A, 151B), a wireless transmitter module (123, 123A, 123B) disposed within the housing (151A, 151B), and a processing circuit (137, 137A) disposed within the housing (151A, 151B), the processing circuit (137, 137A) being configured to: receive, prior to disposal of the injection device and via the radio frequency antenna (121, 121A, 121B), a first signal from the one or more radio frequency tags via a radio frequency communication protocol, the first signal including the stored state information of the injection device, and transmit, via the wireless transmitter (123, 123A, 123B), a second signal to a mobile device via a wireless communication protocol different from the radio frequency communication protocol, the second signal including the state information. receive, prior to disposal of the injection device and via the radio frequency antenna (121, 121A, 121B), a first signal from the one or more radio frequency tags via a radio frequency communication protocol, the first signal including the stored state information of the injection device, and transmit, via the wireless transmitter (123, 123A, 123B), a second signal to a mobile device via a wireless communication protocol different from the radio frequency communication protocol, the second signal including the state information.
A method of controlling an airborne object, the airborne object being coupled to a part of a wind turbine via a cable, the wind turbine comprising a tower mounted on a foundation, the method comprising the steps of: - measuring at least one parameter related to movements of the tower of the wind turbine, and - adjusting a cable force of the cable acting on the wind turbine, based on the at least one measured parameter. - measuring at least one parameter related to movements of the tower of the wind turbine, and - adjusting a cable force of the cable acting on the wind turbine, based on the at least one measured parameter.
A sensor for determining a process variable in a container, the sensor comprising an elongated probe for immersion into a medium in the container, a control and evaluation unit for measuring the process variable by means of the probe, and a housing having a connecting region for connecting an upper end of the probe to the housing, the connecting region resting with an inclined bearing surface on a cone element arranged in the connecting region, wherein the cone element is arranged with its base surface facing downwards in the direction of the lower end of the probe, and wherein the probe has no or only a slight reduction in cross-section at the level of the cone element which does not impair the flexural fatigue strength, characterized in that a ring surrounding the probe is welded to the probe as a support for the base surface of the cone element, the ring comprising a circumferential cutting edge for penetration into the cone element.
A method for controlling operation of a mobile first Edge Computing, EC, server configured to provide compute resources to User Equipment, UE,, wherein the first EC server is connected to an EC management entity configured to manage a plurality of EC servers (220, 220-2), the method being carried out in the first EC server and comprising: receiving status information associated with the first EC server from an external entity, wherein said status information includes position data related to present or predicted location of the first EC server; receiving (500,503) control information from the EC management entity, said control information identifying a power state control instruction; determining a power state triggering event in accordance with the power state control instruction, based on the received status information; controlling the power state of the first EC server responsive to the determined power state triggering event, comprising assuming a predetermined power state based on said status information. receiving status information associated with the first EC server from an external entity, wherein said status information includes position data related to present or predicted location of the first EC server; receiving (500,503) control information from the EC management entity, said control information identifying a power state control instruction; determining a power state triggering event in accordance with the power state control instruction, based on the received status information; controlling the power state of the first EC server responsive to the determined power state triggering event, comprising assuming a predetermined power state based on said status information.
Arrangement comprising at least one electrochemical cell and a housing that contains the at least one electrochemical cell, wherein the housing comprises a lock, characterized in that the arrangement is embodied in such a manner that in the case of an activated lock it is not possible to remove one or several electrochemical cells from the housing nor is it possible to remove said one or several electrochemical cells from the housing without the incident being registered, wherein authentication is required for the purpose of unlocking the lock.
A small scaled-laundry treating apparatus or twin laundry treating apparatus comprising a housing comprising front and rear and left and right sidewalls to define a space therein, a tub provided inside the housing, for storing washing water therein, a drum rotatably provided inside the tub, for storing laundry therein, a top cover provided above the housing to cover upper portions of the tub and the drum, a detergent box (71, 81) mounted to a lower portion of at least one of a front left side or a front right side of the top cover, and a connection pipe (77, 87) provided between the tub and the detergent box (71, 81), characterized in that the housing comprises an extending portion formed in the form of a pocket protruded from the front sidewall of the drawer body 21 to the front, to have a front and rear spacing and an up and down spacing from the top cover above the front sidewall of the housing so that an entrance space is formed from a front upper portion of the front sidewall to an inside of the housing, wherein the extending portion is configured to allow a worker or assembler to insert his/her hand into the housing from the outside of the housing so as to perform wire connection or pipe connection inside the housing, and wherein a connection portion where the connection pipe (77, 87) is connected with the detergent box (71, 81) is located inside the housing through the extending portion.