mhurhangee/patent-ind-claim-en huggingface dataset:
Apparatus for additively manufacturing three-dimensional objects by means of successive layerwise selective irradiation and consolidation of layers of a build material which can be consolidated by means of an energy source , wherein the apparatus comprises a control unit that is adapted to receive encrypted object data relating to at least one three-dimensional object to be built in an additive manufacturing process performed on the apparatus , wherein the control unit is adapted to decrypt the encrypted object data for performing the additive manufacturing process, wherein the encrypted object data comprise at least one generalized object information that is publicly available, wherein the control unit is adapted to access the generalized object information, wherein the generalized object information is or comprises an amount of build material required to build the object and/or a parameter relating to the size of the object , in particular a space required on a build plane or in a build chamber, and/or at least one geometrical parameter, in particular relating to a geometrical detail of the object , and/or a writing time required to build the object ; wherein the control unit is adapted to decide whether the object related to the generalized object information can be manufactured on the apparatus based on the generalized object information. a control unit that is adapted to receive encrypted object data relating to at least one three-dimensional object to be built in an additive manufacturing process performed on the apparatus , wherein the control unit is adapted to decrypt the encrypted object data for performing the additive manufacturing process, wherein the encrypted object data comprise at least one generalized object information that is publicly available, wherein the control unit is adapted to access the generalized object information, wherein the generalized object information is or comprises an amount of build material required to build the object and/or a parameter relating to the size of the object , in particular a space required on a build plane or in a build chamber, and/or at least one geometrical parameter, in particular relating to a geometrical detail of the object , and/or a writing time required to build the object ; wherein the control unit is adapted to decide whether the object related to the generalized object information can be manufactured on the apparatus based on the generalized object information.
A lighting device comprising: a light guide member in which light exit surfaces (x1,x2) are formed on one surface and on the other surface opposite to the one surface; a light emitting module that is embedded in the light guide member and disposed at an outer periphery of a light exit surface (x1,x2) of the light guide member , wherein the light emitting module includes a light emitting device; characterized in that : a light-transmitting printed circuit board that mounts the light emitting device of the light emitting module is disposed under the light guide member ; and a light diffusion resin layer is in close contact with a surface of the light guide member and a surface of the light-transmitting printed circuit board, wherein the lighting device includes a bezel portion which accommodates and supports outer peripheries of the light guide member and the light-transmitting printed circuit board in an inside thereof, and wherein the bezel portion is disposed at the outer periphery of the light guide member , and includes a light reflection portion , and wherein the light reflection portion protrudes toward a center portion direction of the light guide member and is arranged at a location corresponding to the upper portion of the light emitting device, and wherein the light guide member is formed of a flexible resin material, wherein the lighting device emits light in a direction of the one surface and a direction of the other surface of the light guide member . a light guide member in which light exit surfaces (x1,x2) are formed on one surface and on the other surface opposite to the one surface; a light emitting module that is embedded in the light guide member and disposed at an outer periphery of a light exit surface (x1,x2) of the light guide member , wherein the light emitting module includes a light emitting device; characterized in that : a light-transmitting printed circuit board that mounts the light emitting device of the light emitting module is disposed under the light guide member ; and a light diffusion resin layer is in close contact with a surface of the light guide member and a surface of the light-transmitting printed circuit board, wherein the lighting device includes a bezel portion which accommodates and supports outer peripheries of the light guide member and the light-transmitting printed circuit board in an inside thereof, and wherein the bezel portion is disposed at the outer periphery of the light guide member , and includes a light reflection portion , and wherein the light reflection portion protrudes toward a center portion direction of the light guide member and is arranged at a location corresponding to the upper portion of the light emitting device, and wherein the light guide member is formed of a flexible resin material, wherein the lighting device emits light in a direction of the one surface and a direction of the other surface of the light guide member .
A method comprising first determining for a PDU, protocol data unit, to be provided to a receiver entity, whether a segment of a SDU, service data unit, is to be included in the PDU and, if so, second determining the position of the segment relative to the SDU, the PDU comprising a header part and a data field part ; determining whether to include information in the header part in dependence of the first determining, and, if so, determining the content of the information in the header part in dependence on the second determining ; and providing the PDU to a receiver entity characterised in that determining that the position of the segment of the SDU is between a first segment and a last segment of the SDU and determining therefore that the content of the information in the header part indicates segment offset.
A construction management system, comprising: a worker measuring device (3: 3a, 3b, 3c, 4: 4a, 4b, 4c) for measuring a state of a worker; a machine measuring device for measuring a state of a work machine ; a worker information registration device that registers personal information on the worker and an operator who operates the work machine ; an environment information registration device that registers information on a construction environment to be made a target; and a construction management device that is configured to compute, on the basis of information relating at least to a position of the worker measured by the worker measuring device (3: 3a, 3b, 3c, 4: 4a, 4b, 4c), information relating at least to a position of the work machine measured by the machine measuring device , personal information on the worker and the operator, the personal information being registered in the worker information registration device , and information on the construction environment from the environment information registration device , a risk that indicates a degree of danger with which an accident occurs, and output the computed risk as a coordinate risk associated with a coordinate of the construction environment to a risk display device such that the risk is displayed in a map format on the risk display device . a worker measuring device (3: 3a, 3b, 3c, 4: 4a, 4b, 4c) for measuring a state of a worker; a machine measuring device for measuring a state of a work machine ; a worker information registration device that registers personal information on the worker and an operator who operates the work machine ; an environment information registration device that registers information on a construction environment to be made a target; and a construction management device that is configured to compute, on the basis of information relating at least to a position of the worker measured by the worker measuring device (3: 3a, 3b, 3c, 4: 4a, 4b, 4c), information relating at least to a position of the work machine measured by the machine measuring device , personal information on the worker and the operator, the personal information being registered in the worker information registration device , and information on the construction environment from the environment information registration device , a risk that indicates a degree of danger with which an accident occurs, and output the computed risk as a coordinate risk associated with a coordinate of the construction environment to a risk display device such that the risk is displayed in a map format on the risk display device .
A child seat device comprising a backrest , a seat and a tether system , the backrest being rotatably connected to the seat , the seat device having a sitting side and a back side, wherein the tether system comprises a shoulder strap and a crotch strap , the shoulder strap is arranged on the backrest , the crotch strap has a connecting end and a fixed end , the connecting end and the fixed end are respectively arranged on two opposite end portions of the length extension direction of the crotch strap , the portion of the crotch strap on the sitting side is a first strap segment , the connecting end is located on the first strap segment and can be detachably connected to one end of the shoulder strap , the fixed end is fixedly connected to the back side of the seat device, the seat device has a sitting-posture state and a lying-posture state, characterized in that the length of the first strap segment in the sitting-posture state is shorter than the length of the first strap segment in the lying-posture state, and during the transition process of the seat device from the sitting-posture state to the lying-posture state, the length of the first strap segment gradually becomes longer.
An apparatus for performing inter-domain handover for a subscriber's terminal, the apparatus comprising: a transceiver configured to receive information and to send information; and a processor configured to perform at least one step of a single-radio voice call continuity, SR-VCC, handover process towards a selected access network entity selected as a handover target for the subscriber's terminal, wherein the processor is further configured to select the selected access network entity based on at least: an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity. a transceiver configured to receive information and to send information; and a processor configured to perform at least one step of a single-radio voice call continuity, SR-VCC, handover process towards a selected access network entity selected as a handover target for the subscriber's terminal, wherein the processor is further configured to select the selected access network entity based on at least: an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity. an indication that SR-VCC handover is permitted for the subscriber's terminal; an indication that the subscriber's terminal is capable of SR-VCC handover; an indication of at least one of a capability of at least one access entity to participate in SR-VCC handover and a capability of the at least one access entity to handle packet switched services; an indication of a service type provided to the subscriber's terminal in an ongoing session; and an indication of measurement results of measurements conducted on the at least one access entity.
Construction element for forming a connection between two parts of a building that are thermally insulated from one another, comprising: • an elongate portion comprising a thermally insulating material , and configured to be placed between the parts of the building, • bars which run through the thermally insulating portion and which are configured to be anchored in the building parts that are to be connected, and thus to absorb the tensile forces between these building parts, • means for absorbing compression and shear forces between the building parts, characterised in that the bars comprise metal bars, as well as non-metallic bars formed of a thermally insulating material, and wherein the metal bars are configured to maintain the connection when the tensile force absorbed by the non-metallic bars is lost. • an elongate portion comprising a thermally insulating material , and configured to be placed between the parts of the building, • bars which run through the thermally insulating portion and which are configured to be anchored in the building parts that are to be connected, and thus to absorb the tensile forces between these building parts, • means for absorbing compression and shear forces between the building parts,
Electromotive furniture drive having a number of adjusting drives for electromotive movement of at least one movable furniture component relative to another furniture component, a control device and a communication unit for receiving wireless signals of a remote control , wherein the adjusting drives are controlled in response to received wireless signals , characterized in that the communication unit is adapted to determine a signal strength of the received wireless signal , and that the control device is adapted to control the adjusting drives only when the signal strength in magnitude exceeds a predetermined threshold value.
A wavelength conversion system comprising at least one light source providing at least one beam of polarized light, and a support structure being rotatable around one of its axes, said support structure having a reflective surface which is fully or partly covered with at least one type of wavelength conversion layer , which is in turn covered with at least one segment of a reflective polarizing sheet, wherein the at least one light beam impinges onto the support structure being in a certain position, characterised in that for each position of said support structure that is covered with a segment of said reflective polarizing sheet, said sheet is oriented so that it transmits in the polarization direction of the impinging light beam, and in that the reflecting polarizing sheet is a Multilayer Birefringent Interference Polarizer connected to the support structure by at least one medium having a thermal conductivity larger than that of air.
A holder device for a prosthetic heart valve , comprising: one or more retaining members configured to secure a prosthetic heart valve to the holder device when the prosthetic heart valve is in a radially expanded configuration and configured to release the prosthetic heart valve from the holder device when the prosthetic heart valve is compressed with a crimping device from the radially expanded configuration to a radially compressed configuration, characterized in that the holder device comprises a first portion and a second portion , and in that the one or more retaining members extend distally from the second portion and are axially moveable relative to a distal face of the first portion along a central axis . one or more retaining members configured to secure a prosthetic heart valve to the holder device when the prosthetic heart valve is in a radially expanded configuration and configured to release the prosthetic heart valve from the holder device when the prosthetic heart valve is compressed with a crimping device from the radially expanded configuration to a radially compressed configuration, characterized in that the holder device comprises a first portion and a second portion , and in that the one or more retaining members extend distally from the second portion and are axially moveable relative to a distal face of the first portion along a central axis .
A method of manufacturing an object using an additive manufacturing process, the method comprising: receiving a digital representation of the object; setting a label planning area for a 3D identification label on the object; adding information to the 3D identification label in the label planning area; setting parameters for the 3D identification label; manufacturing the object and 3D identification label, wherein the object comprises: a reference surface; and the 3D identification label on both a first side and a second side of the reference surface, wherein the 3D identification label comprises a first raised surface formed as a pattern on the first side of the reference surface and a second raised surface formed as the pattern on the second side of the reference surface, wherein the first side is opposite the second side of the reference surface, and wherein each point of the first raised surface on the first side of the reference surface is positioned at the same coordinates in a plane defined by the reference surface as each point of the second raised surface on the second side of the reference surface. receiving a digital representation of the object; setting a label planning area for a 3D identification label on the object; adding information to the 3D identification label in the label planning area; setting parameters for the 3D identification label; manufacturing the object and 3D identification label, wherein the object comprises: a reference surface; and the 3D identification label on both a first side and a second side of the reference surface, a reference surface; and the 3D identification label on both a first side and a second side of the reference surface, wherein the 3D identification label comprises a first raised surface formed as a pattern on the first side of the reference surface and a second raised surface formed as the pattern on the second side of the reference surface, wherein the first side is opposite the second side of the reference surface, and wherein each point of the first raised surface on the first side of the reference surface is positioned at the same coordinates in a plane defined by the reference surface as each point of the second raised surface on the second side of the reference surface.
Retaining device for a safety switch with a retaining element movable in a movement axis linearly between an unlocking setting and a locking setting, wherein a locking unit which is associated with the retaining element and which is movable along the movement axis relative to the retaining element is provided, wherein the locking unit can be brought into a retaining position in the retaining element whereby retention is produced, wherein the locking unit is a component of an actuator associated with the safety switch and wherein the locking unit comprises two actuator arms pivotably mounted at the actuator , characterised in that the actuator arms are constructed in mirror symmetry with respect to a mirror plane, wherein the pivot axes of the actuator arms extend parallel to one another.
A liquid treatment system (2; 2'; 102; 202; 302) comprising: - at least one ultra-violet (UV) light treatment lamp arranged within an elongated protective UV-transparent sleeve (8; 8') provided along a central longitudinal axis A, said sleeve (8; 8') having an outer surface (10; 10') and an essentially circular cross-sectional shape; and - an elongated reactor (12; 12'; 12"; 312) configured to receive said sleeve (8; 8'), whereby an elongated liquid treatment chamber (4; 4') for receiving liquid to be treated, is provided between an inner surface (14; 14'; 314) of the reactor (12; 12'; 12"; 312) and the outer surface (10; 10') of the sleeve (8 ̈; 8'); wherein said liquid treatment system (2; 2'; 102; 202; 302) further comprises - at least one cleaning arrangement (17; 17'; 77; 87) comprising at least one cleaning device (16; 16'; 79; 89), wherein said cleaning arrangement is configured to compress said cleaning device (16; 16'; 79; 89) towards the outer surface (10; 10') of the sleeve (8; 8') and to transfer the cleaning device (16; 16'; 79; 89) over the sleeve surface for cleaning the outer surface (10; 10') of the sleeve (8; 8'), wherein the at least one cleaning device (16; 16'; 79; 89) comprises at least one metal braid, wherein the metal braid is a tubular, hollow cylinder which is braided, knitted or woven from a metallic material, wherein the metal braid has an essentially circular cross section with a diameter within 5-30 mm. - at least one ultra-violet (UV) light treatment lamp arranged within an elongated protective UV-transparent sleeve (8; 8') provided along a central longitudinal axis A, said sleeve (8; 8') having an outer surface (10; 10') and an essentially circular cross-sectional shape; and - an elongated reactor (12; 12'; 12"; 312) configured to receive said sleeve (8; 8'), whereby an elongated liquid treatment chamber (4; 4') for receiving liquid to be treated, is provided between an inner surface (14; 14'; 314) of the reactor (12; 12'; 12"; 312) and the outer surface (10; 10') of the sleeve (8 ̈; 8'); wherein said liquid treatment system (2; 2'; 102; 202; 302) further comprises - at least one cleaning arrangement (17; 17'; 77; 87) comprising at least one cleaning device (16; 16'; 79; 89), wherein said cleaning arrangement is configured to compress said cleaning device (16; 16'; 79; 89) towards the outer surface (10; 10') of the sleeve (8; 8') and to transfer the cleaning device (16; 16'; 79; 89) over the sleeve surface for cleaning the outer surface (10; 10') of the sleeve (8; 8'), wherein the at least one cleaning device (16; 16'; 79; 89) comprises at least one metal braid, wherein the metal braid is a tubular, hollow cylinder which is braided, knitted or woven from a metallic material, wherein the metal braid has an essentially circular cross section with a diameter within 5-30 mm.
A method of making a reclosable laminate, such as a lid film for packages, said laminate comprising a base layer , an adhesive layer and a welding layer , characterized in that the adhesive layer of hot melt is applied on to the base layer during feeding of the base layer , and that the welding layer , which comprises a layer of polyethylene co-polymer serving as an adhesion surface towards the adhesive layer , is extruded on the adhesive layer , wherein the welding layer is extruded onto the adhesive layer in a thickness of 8-20 μm or corresponding to approximately 10-20 g/m 2 , and wherein the manufacture of the laminate takes place in one run.
A system comprising: a first external fixator assembly , a second external fixator assembly ; a multi-pin clamp including a first angled post and a second angled post , wherein the first angled post s received in the first external fixator assembly and the second angled post s received in the second external fixator assembly ; and at least one pin received in the multi-pin clamp , characterised in that the multi-pin clamp comprises an internal sliding member for clamping the at least one pin . a first external fixator assembly , a second external fixator assembly ; a multi-pin clamp including a first angled post and a second angled post , wherein the first angled post s received in the first external fixator assembly and the second angled post s received in the second external fixator assembly ; and at least one pin received in the multi-pin clamp , characterised in that the multi-pin clamp comprises an internal sliding member for clamping the at least one pin .