mhurhangee/patent-ind-claim-en huggingface dataset:
Device for the needle tube of a syringe, comprising a housing , which is designed such that it can pivot on a carrier element for the needle tube , and which has an open side in the pivot plane of the housing , such that after it has been used for injection the needle tube can be pivoted into the housing to be received by the latter, characterised in that , the carrier element comprises a housing , in which an inner part , mounted such that it can be moved in a rotational manner, is arranged, wherein the inner part is operatively connected to the housing via a link guide , wherein the link guide in the wall of the housing comprises an obliquely extending link track , with which a pin formed on the wall of the inner part engages, such that, in the event of a rotational movement of an attached container docked in the inner part , a movement of the inner part , relative to the carrier element , ensues in the axial direction of the contained needle tube , wherein the arrangement of the rear free end of the needle tube in the carrier element enables a controlled piercing of the wall of the container as a result of the travel of the inner part caused by the rotational movement of the container . the carrier element comprises a housing , in which an inner part , mounted such that it can be moved in a rotational manner, is arranged, wherein the inner part is operatively connected to the housing via a link guide , wherein the link guide in the wall of the housing comprises an obliquely extending link track , with which a pin formed on the wall of the inner part engages, such that, in the event of a rotational movement of an attached container docked in the inner part , a movement of the inner part , relative to the carrier element , ensues in the axial direction of the contained needle tube , wherein the arrangement of the rear free end of the needle tube in the carrier element enables a controlled piercing of the wall of the container as a result of the travel of the inner part caused by the rotational movement of the container .
Measurement probe for detecting at least one measured value of a fluid in an apparatus, in particular a container with at least one measuring body , wherein the measuring body comprises one or more conductors for detecting a measured value and/or for conducting a measurement signal representing the measured value, wherein the measuring body comprises a main body made from a ceramic material which at least partly holds the conductor or conductors , wherein the main body made from the ceramic material forms the outer contour of the measurement body in contact with the fluid and the conductor is sintered inside the main body , wherein the conductor or the conductors have a conductor section which is sintered at least over almost the whole length of the main body, wherein the conductor or conductors are made from a composite material or contain a composite material on the basis of a ceramic material, and wherein at least one conductor is setup for detecting a maximum filling level of the fluid and/or a conductor for detecting a minimum filling level of the fluid and/or a conductor for continually detecting the filling level of the fluid in the apparatus.
A method for wireless communication performed by a user equipment, UE, configured to retune to a first partial band from a second partial band, the first and second partial bands being part of a plurality of partial bands configured within a total configured bandwidth of the UE, the method comprising: receiving , from a base station, a message indicating, for each partial band of the plurality of partial bands, a set of possible channel state information reference signal, CSI-RS, configurations, each CSI-RS configuration identifies resource elements on which CSI-RS measurements can be obtained; receiving downlink control information, DCI, from the base station, the DCI including an indication of a set of downlink resources associated with the first partial band of the plurality of partial bands and a further indication of at least one CSI-RS configuration in the set of possible CSI-RS configurations to select for CSI-RS measurements; retuning a receiver of the UE to the first partial band from the second partial band based at least in part on the received DCI; selecting a first CSI-RS configuration from the set of possible CSI-RS configurations for the first partial band based on the further indication in the received DCI; and obtaining CSI-RS measurements over the first partial band during the set of downlink resources using the selected first CSI-RS configuration. receiving , from a base station, a message indicating, for each partial band of the plurality of partial bands, a set of possible channel state information reference signal, CSI-RS, configurations, each CSI-RS configuration identifies resource elements on which CSI-RS measurements can be obtained; receiving downlink control information, DCI, from the base station, the DCI including an indication of a set of downlink resources associated with the first partial band of the plurality of partial bands and a further indication of at least one CSI-RS configuration in the set of possible CSI-RS configurations to select for CSI-RS measurements; retuning a receiver of the UE to the first partial band from the second partial band based at least in part on the received DCI; selecting a first CSI-RS configuration from the set of possible CSI-RS configurations for the first partial band based on the further indication in the received DCI; and obtaining CSI-RS measurements over the first partial band during the set of downlink resources using the selected first CSI-RS configuration.
A processing apparatus which is arranged to perform processing by irradiating a workpiece (W) with a laser (L), comprising: an irradiation head configured to irradiate the workpiece (W) with the laser (L), the irradiation head including a laser turning unit which is arranged to turn the laser (L) relative to the workpiece (W) with a turning speed, and a condensing optical system which is arranged to collect the laser (L) turned by the laser turning unit ; and a control device configured to control an operation of the irradiation head , wherein the laser turning unit includes a first prism which is arranged to refract the laser (L), a second prism which is arranged at a position opposite to the first prism to refract the laser output from the first prism , a first rotating mechanism which is arranged to rotate the first prism , and a second rotating mechanism which is arranged to rotate the second prism , and characterized in that the control device is arranged to control the first and second rotating mechanisms so that a thickness of a heat affected layer (Wa) does not exceed an allowable thickness by adjusting the rotation speeds of the first prism and of the second prism and a phase angle difference between the first and second prisms , which phase angle difference determines a change of a turning radius (R) of a laser irradiation point, by referring to a control map for determining the correlation between the thickness (TH) of a heat affected layer (Wa) and the turning speed and the turning radius (R) of the laser (L). speed of the laser (L) emitted to the workpiece (W). an irradiation head configured to irradiate the workpiece (W) with the laser (L), the irradiation head including a laser turning unit which is arranged to turn the laser (L) relative to the workpiece (W) with a turning speed, and a condensing optical system which is arranged to collect the laser (L) turned by the laser turning unit ; and a control device configured to control an operation of the irradiation head , wherein the laser turning unit includes a first prism which is arranged to refract the laser (L), a second prism which is arranged at a position opposite to the first prism to refract the laser output from the first prism , a first rotating mechanism which is arranged to rotate the first prism , and a second rotating mechanism which is arranged to rotate the second prism , and characterized in that the control device is arranged to control the first and second rotating mechanisms so that a thickness of a heat affected layer (Wa) does not exceed an allowable thickness by adjusting the rotation speeds of the first prism and of the second prism and a phase angle difference between the first and second prisms , which phase angle difference determines a change of a turning radius (R) of a laser irradiation point, by referring to a control map for determining the correlation between the thickness (TH) of a heat affected layer (Wa) and the turning speed and the turning radius (R) of the laser (L). speed of the laser (L) emitted to the workpiece (W).
A method for the production of a 3D printed object , wherein the method comprises: (i) a 3D printing stage, the 3D printing stage comprising 3D printing a 3D printable material to provide the 3D printed object , wherein the 3D printing stage further comprises forming during 3D printing a tunnel in the 3D printed object under construction, and (ii) after the 3D printed object has been completely printed, a filling stage comprising filling the tunnel with a flowable material , wherein the flowable material comprises a functional material , wherein the functional material : - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material . (i) a 3D printing stage, the 3D printing stage comprising 3D printing a 3D printable material to provide the 3D printed object , wherein the 3D printing stage further comprises forming during 3D printing a tunnel in the 3D printed object under construction, and (ii) after the 3D printed object has been completely printed, a filling stage comprising filling the tunnel with a flowable material , wherein the flowable material comprises a functional material , wherein the functional material : - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material . wherein the flowable material comprises a functional material , wherein the functional material : - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and - has a higher electrical conductivity than the surrounding 3D printed material, and/or - has a higher thermal conductivity than the surrounding 3D printed material, and/or - has light transmissive properties in an indicated wavelength range such that the functional material can transmit at least 10 % of the light at one or more wavelengths within the indicated wavelength range, and/or - comprises a magnetic material, and wherein the filling stage comprises immobilizing said functional material .
An agricultural machine , having at least one hydraulic adjusting device , - wherein the adjusting device includes at least one hydraulic cylinder , - wherein the adjusting device is hydraulically connected to a regulating unit , with which impinging on the adjusting device a first hydraulic pressure is adjustable and/or a first volumetric flow suppliable or dischargeable, with which the adjusting device is transferrable and maintainable in a first position, - wherein the adjusting device is hydraulically connected to an actuation unit , with which impinging on the adjusting device a second hydraulic pressure is adjustable and/or a second volumetric flow for overriding the regulating unit is suppliable or dischargeable, with which the adjusting device is transferrable and maintainable into/in a second position, characterised in that in the hydraulic connection between adjusting device and regulating unit a securing means , which is configured as line breakage safety valve , having an effect limiting or blocking a hydraulic pressure or a volumetric flow is arranged, wherein the limiting or blocking effect of the securing means occurs or is activatable upon actuation of the actuation unit . - wherein the adjusting device includes at least one hydraulic cylinder , - wherein the adjusting device is hydraulically connected to a regulating unit , with which impinging on the adjusting device a first hydraulic pressure is adjustable and/or a first volumetric flow suppliable or dischargeable, with which the adjusting device is transferrable and maintainable in a first position, - wherein the adjusting device is hydraulically connected to an actuation unit , with which impinging on the adjusting device a second hydraulic pressure is adjustable and/or a second volumetric flow for overriding the regulating unit is suppliable or dischargeable, with which the adjusting device is transferrable and maintainable into/in a second position,
A harness for supporting a person working at height comprising a back , leg loops , two forward connection arrangements and a flexible load-bearing member that extends between the connection arrangements , the forward connection arrangements serving to transferring load from the back and the leg loops to the load-bearing member, wherein each forward connection arrangement comprises: a body that is permanently connected to the harness, characterized by the body , having inner and outer surfaces, and its periphery can be considered as defining a region of a plane through which, six holes pass, the body is symmetrical about an axis A that extends within the plane and that forms a long axis of the body , the body having a bridge hole centred on the axis A, a first and a second webbing slot are disposed to opposite sides of the axis A, an attachment hole that extends symmetrically about the axis A to partially surround the bridge hole and to extend to a second axial end of the body and two bolt holes of circular cross-section pass through the body, at an axial position that is approximately half way along the axial extent of the bridge hole, the forward connection arrangement further including a retention component that can be removably and rigidly connected via the bolt holes to the body to removably secure the flexible load-bearing member to the body .
A lipid compound of formula (I), or a pharmaceutically acceptable salt thereof, for the use in prevention and/or treatment of an ophthalmic disorder: wherein R 1 is a C 9 to C 22 alkenyl group having from 1 to 6 double bonds; R 2 is selected from the group consisting of a halogen atom, a hydroxyl group, an alkyl group, an alkoxy group, an alkylthio group, a carboxy group, an acyl group, an amino group, and an alkylamino group; R 3 is a hydrogen atom, or a group R 2 ; R 4 is a carboxylic acid or a derivative thereof which is a carboxylic ester; and X is methylene (-CH 2 -), or an oxygen or sulfur atom. R 1 is a C 9 to C 22 alkenyl group having from 1 to 6 double bonds; R 2 is selected from the group consisting of a halogen atom, a hydroxyl group, an alkyl group, an alkoxy group, an alkylthio group, a carboxy group, an acyl group, an amino group, and an alkylamino group; R 3 is a hydrogen atom, or a group R 2 ; R 4 is a carboxylic acid or a derivative thereof which is a carboxylic ester; and X is methylene (-CH 2 -), or an oxygen or sulfur atom.
A cutting assembly for a rock excavation machine , the rock excavation machine including a frame, the cutting assembly comprising: a boom including a first end supported on the frame and a second end, the boom including a first portion adjacent the first end and a second portion adjacent the second end, the second portion supported for movement relative to the first end by a telescopic coupling and pivotable relative to the first portion about an axis , the second portion including a first member and a second member , the first member directly coupled to the first portion , the second member pivotably coupled to the first member and positioned adjacent the second end, the boom further including at least one fluid actuator for pivoting the first member relative to the first portion , the fluid actuator positioned within the telescoping coupling, the boom further including at least one biasing member coupled between the first member and the second member ; and a cutting device supported on the second end of the boom . a boom including a first end supported on the frame and a second end, the boom including a first portion adjacent the first end and a second portion adjacent the second end, the second portion supported for movement relative to the first end by a telescopic coupling and pivotable relative to the first portion about an axis , the second portion including a first member and a second member , the first member directly coupled to the first portion , the second member pivotably coupled to the first member and positioned adjacent the second end, the boom further including at least one fluid actuator for pivoting the first member relative to the first portion , the fluid actuator positioned within the telescoping coupling, the boom further including at least one biasing member coupled between the first member and the second member ; and a cutting device supported on the second end of the boom .
A wound dressing composition comprising a first layer and a second layer, wherein the first layer comprises a collagen and an oxidized cellulose, and wherein the second layer comprises a nitrite source, wherein the wound dressing composition is a single multi-layered dressing, wherein the first layer and the second layer are adjoined.
A rock drilling system for geothermal drilling, the rock drilling system comprising: a drilling rig with a drill string and a drilling hammer for drilling a borehole ; at least one air compressor configured for driving the drilling hammer and supplying compressed air into the borehole via the drill string ; a conveying chamber arrangement configured to be arranged at a ground surface , wherein the conveying chamber arrangement is configured to encircle the drill string and to be connected to a borehole casing ; wherein an extraction device is connected to the conveying chamber arrangement to draw air containing drill cuttings from the borehole , thereby controlling the flow of air upwards through the borehole . a drilling rig with a drill string and a drilling hammer for drilling a borehole ; at least one air compressor configured for driving the drilling hammer and supplying compressed air into the borehole via the drill string ; a conveying chamber arrangement configured to be arranged at a ground surface , wherein the conveying chamber arrangement is configured to encircle the drill string and to be connected to a borehole casing ; wherein an extraction device is connected to the conveying chamber arrangement to draw air containing drill cuttings from the borehole , thereby controlling the flow of air upwards through the borehole .
An access point type communication device configured to allocate a plurality of random access resources to a set of client type communication devices (120a-c), wherein the access point type communication device comprises: a controller configured to maintain a set of association identifiers, wherein each identifier of the set of association identifiers is configured to identify a respective client type communication device of the set of client type communication devices (120a-c), and a set of random access identifiers, wherein the controller is configured to assign each random access identifier of the set of random access identifiers to a respective association identifier of the set of association identifiers; wherein the set of random access identifiers is a sequence of integers; an allocator configured to allocate the plurality of random access resources to the set of client type communication devices (120a-c) on the basis of the set of random access identifiers; a transceiver configured to transmit to each client type communication device of the set of client type communication devices (120a-c) the respective random access identifier of the set of random access identifiers and information about the allocation of the plurality of random access resources to the set of client type communication devices based on the set of random access identifiers by transmitting a first element and a size of the sequence of integers or a number of the random access identifiers assigned to a current random access frame. a controller configured to maintain a set of association identifiers, wherein each identifier of the set of association identifiers is configured to identify a respective client type communication device of the set of client type communication devices (120a-c), and a set of random access identifiers, wherein the controller is configured to assign each random access identifier of the set of random access identifiers to a respective association identifier of the set of association identifiers; wherein the set of random access identifiers is a sequence of integers; an allocator configured to allocate the plurality of random access resources to the set of client type communication devices (120a-c) on the basis of the set of random access identifiers; a transceiver configured to transmit to each client type communication device of the set of client type communication devices (120a-c) the respective random access identifier of the set of random access identifiers and information about the allocation of the plurality of random access resources to the set of client type communication devices based on the set of random access identifiers by transmitting a first element and a size of the sequence of integers or a number of the random access identifiers assigned to a current random access frame.
A fiber connection assembly comprising: - a first coupling member comprising a first housing , a protrusion protruding from a first side of the first housing, and a first optical connector arranged in the protrusion; - a second coupling member comprising a second housing , a recess arranged at a first side of the second housing and a second optical connector arranged in the second housing in or next to the recess , the first and second coupling members being arranged to be coupled to each other by way of moving the first coupling member relative to the second coupling member in a first direction towards and onto the second coupling member, thereby inserting the protrusion into the recess , and then by rotating the first coupling member relative to the second coupling member in a plane perpendicular to the first direction and around a rotation axis until the first optical connector is connected to the second optical connector. - a first coupling member comprising a first housing , a protrusion protruding from a first side of the first housing, and a first optical connector arranged in the protrusion; - a second coupling member comprising a second housing , a recess arranged at a first side of the second housing and a second optical connector arranged in the second housing in or next to the recess ,