mhurhangee/patent-ind-claim-en huggingface dataset:
An assembly for use in dental restoration comprising, - an aligning adaptor configured to be seated on a dental implant in a first predetermined position relative to the dental implant, the adaptor having an adaptor reference indicium ; and - a prosthetic component configured to engage the adaptor to position the prosthetic component in a second predetermined position, the prosthetic component having a prosthetic reference indicium that is co-operable with the adaptor reference indicium forming co-operable indices that are configured to identify the second predetermined position, wherein the adaptor includes a first regular geometric structure with a number of equal sides at its bottom surface and a second regular geometric structure with a different number of equal sides on its top surface, such that said first regular geometric structure is configured to be seated on the dental implant so as to allow a first finite number of possible rotations for the first predetermined position and said second regular geometric structure is configured to engage with said prosthetic component in a second finite number of possible rotation for the second predetermined position, dissimilar to the first number of possible rotations, characterized in that the prosthetic reference indicium includes graduations for indicating a degree of rotation of the prosthetic component and the adaptor relative to each other. - an aligning adaptor configured to be seated on a dental implant in a first predetermined position relative to the dental implant, the adaptor having an adaptor reference indicium ; and - a prosthetic component configured to engage the adaptor to position the prosthetic component in a second predetermined position, the prosthetic component having a prosthetic reference indicium that is co-operable with the adaptor reference indicium forming co-operable indices that are configured to identify the second predetermined position, wherein the adaptor includes a first regular geometric structure with a number of equal sides at its bottom surface and a second regular geometric structure with a different number of equal sides on its top surface, such that said first regular geometric structure is configured to be seated on the dental implant so as to allow a first finite number of possible rotations for the first predetermined position and said second regular geometric structure is configured to engage with said prosthetic component in a second finite number of possible rotation for the second predetermined position, dissimilar to the first number of possible rotations, characterized in that the prosthetic reference indicium includes graduations for indicating a degree of rotation of the prosthetic component and the adaptor relative to each other.
Motor vehicle flap system having a side wall with an inside surface , an outside surface and a passthrough , a flap which is mounted so as to be movable between a closing position that closes off the passthrough , in which the flap is arranged lying inside the passthrough and extends in strake-flush manner with the outside surface , and an opening position on the inside surface which unblocks the passthrough , and an actuating lever which is mounted on the inside surface so as to be pivotable between a start position and an end position and which is designed so as to shift the flap into the opening position when moving to its end position, wherein the flap and the actuating lever are mounted pivotably on a guide journal arranged on the inside surface , characterized in that a movement guide is conformed on the inside surface , in which a movement pin conformed on the flap is arranged and guided.
An electromagnetic device for eliminating a yarn loop during the process of winding yarn on a cross-wound bobbin on a spinning machine at a constant speed of the yarn production, which comprises a cylindrical two pole magnet , which is connected to a compensatory arm of a yarn loop and which is mounted rotatably about its longitudinal axis between two poles of a magnetic core of a coil , which are situated opposite each other, whereby the magnetic core on the side remote from the cylindrical two-pole magnet and from the pole pieces passes through the electrical coil , which is connected to a source of electrical energy and to a control device, characterized in that the magnetic core is interrupted in the cavity of the coil and a two pole permanent magnet is located at the point of the interruption of the magnetic core .
Fastener for coupling a housing , such as a connector housing or an adapter housing , on a corrugated tube , comprising a fastener body , a coupler for attaching the fastener body to the housing and at least one body retainer that can be inserted into a corrugation of the tube for fixing the fastener body in an axial direction A on the tube , wherein the fastener comprises at least two body parts that can be assembled to the fastener body , and wherein each body part comprises a coupler and a body retainer .
A radar sensor for measuring a filling level and/or limit level of a filling material in a container, the radar sensor having: a sensor unit , an electronic evaluation unit , a communication unit , a power supply unit and a housing ; wherein the sensor unit is configured to emit and/or receive a radar signal through the housing, in particular through a housing wall; wherein the housing is configured such that the radar signal can be transmitted through the housing, in particular through the housing wall; wherein the electronic evaluation unit is configured to determine at least one parameter correlating with the filling level and/or the limit level based on a runtime of the radar signal between emission and reception of the radar signal; wherein the communication unit is configured to wirelessly transmit the at least one parameter through the housing to a receiver; wherein the housing encloses completely the sensor unit, the electronic evaluation unit, the power supply unit and the communication unit; wherein the housing is completely closed; and wherein the housing is integrally moulded from plastic. a sensor unit , an electronic evaluation unit , a communication unit , a power supply unit and a housing ; wherein the sensor unit is configured to emit and/or receive a radar signal through the housing, in particular through a housing wall; wherein the housing is configured such that the radar signal can be transmitted through the housing, in particular through the housing wall; wherein the electronic evaluation unit is configured to determine at least one parameter correlating with the filling level and/or the limit level based on a runtime of the radar signal between emission and reception of the radar signal; wherein the communication unit is configured to wirelessly transmit the at least one parameter through the housing to a receiver; wherein the housing encloses completely the sensor unit, the electronic evaluation unit, the power supply unit and the communication unit; wherein the housing is completely closed; and wherein the housing is integrally moulded from plastic.
A light guide device comprising: a first light guide part that reflects and guides light emitted from a light source ; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts , the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the reflective part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts ; characterized by an adjustment part that adjusts a position of an optical axis of a light incident on the polygon mirror in a rotation axis direction by changing at least one of a position and an orientation of an optical component included in the first light guide part , wherein the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and the adjustment part adjusts the position of the optical axis of the light incident on the polygon mirror in the rotation axis direction, thereby changing a position of the light irradiated on the irradiation target in a line width direction of the light, the irradiation target is irradiated with the light while a position of the light irradiated on the irradiation target in the line width direction. a first light guide part that reflects and guides light emitted from a light source ; a polygon mirror that is configured to be rotatable and includes a plurality of reflective parts , the reflective parts being arranged to form a regular polygonal reflective surface when viewed in a rotation axis direction, the polygon mirror reflecting the light guided by the first light guide part by the reflective part while rotating; and a second light guide part that reflects the light reflected by the reflective part of the polygon mirror and guides the light so that the light is irradiated to an irradiation target at each of the reflective parts ; characterized by an adjustment part that adjusts a position of an optical axis of a light incident on the polygon mirror in a rotation axis direction by changing at least one of a position and an orientation of an optical component included in the first light guide part , wherein the reflective part of the polygon mirror is configured to reflect the incident light so that the optical axis of the incident light is offset in the rotation axis direction, and the adjustment part adjusts the position of the optical axis of the light incident on the polygon mirror in the rotation axis direction, thereby changing a position of the light irradiated on the irradiation target in a line width direction of the light, the irradiation target is irradiated with the light while a position of the light irradiated on the irradiation target in the line width direction.
A method for implementing a convergence system of a plurality of radio access networks, RANs, wherein a first connection is established between a first RAN element and a user equipment, UE, the method comprising: receiving , by the first RAN element, a radio access bearer establishment request from a core network, wherein the request comprising a quality of service, QoS, parameter(s); selecting , by the first RAN element, a second RAN element; sending , by the first RAN element, a second QoS parameter based on the QoS parameter(s) to the second RAN element for obtaining a first message for configuring parameter(s) of a link of the UE at the second RAN element, wherein the first message comprises signaling channel setting information; and sending , by the first RAN element, the first message to the UE for establishing the second connection, wherein the second connection comprises a direct transfer signaling channel between the UE and the second RAN element; wherein the first connection is kept after the second connection is established. receiving , by the first RAN element, a radio access bearer establishment request from a core network, wherein the request comprising a quality of service, QoS, parameter(s); selecting , by the first RAN element, a second RAN element; sending , by the first RAN element, a second QoS parameter based on the QoS parameter(s) to the second RAN element for obtaining a first message for configuring parameter(s) of a link of the UE at the second RAN element, wherein the first message comprises signaling channel setting information; and sending , by the first RAN element, the first message to the UE for establishing the second connection, wherein the second connection comprises a direct transfer signaling channel between the UE and the second RAN element; wherein the first connection is kept after the second connection is established.
A modular well tubular head comprising: a bowl tubular for connecting with an uphole component, the bowl tubular comprising a bowl body ; and a casing connector for reversibly connecting with the bowl tubular and with casing, the casing connector comprising a connector body , wherein a flow path is defined through the connector body and the bowl body ; a port defined in the well tubular head for providing fluid communication between the flow path and a flow line ; a removable connection point reversibly connected with the well tubular head at the port; wherein the bowl tubular comprises an uphole component connection point on the bowl body for connecting with the uphole component, a first modular connection point on the bowl body for reversibly connecting with the casing connector, and a hanger profile defined on an inside surface of the bowl body ; the casing connector comprises a casing connection point on the connector body for connecting with the casing, and a second modular connection point on the connector body for reversibly connecting with the bowl body , characterized by the removable connection point comprising a threaded box end for connecting with the flow line . a bowl tubular for connecting with an uphole component, the bowl tubular comprising a bowl body ; and a casing connector for reversibly connecting with the bowl tubular and with casing, the casing connector comprising a connector body , wherein a flow path is defined through the connector body and the bowl body ; a port defined in the well tubular head for providing fluid communication between the flow path and a flow line ; a removable connection point reversibly connected with the well tubular head at the port; wherein the bowl tubular comprises an uphole component connection point on the bowl body for connecting with the uphole component, a first modular connection point on the bowl body for reversibly connecting with the casing connector, and a hanger profile defined on an inside surface of the bowl body ; the casing connector comprises a casing connection point on the connector body for connecting with the casing, and a second modular connection point on the connector body for reversibly connecting with the bowl body , characterized by the removable connection point comprising a threaded box end for connecting with the flow line .
An electrosurgical device comprising: an inner catheter extending along a longitudinal axis ; an outer catheter comprising a first section and a second section each disposed around the inner catheter ; a balloon disposed around the inner catheter and extending between the first and second sections of the outer catheter , the balloon comprising a tubular member having an outside surface; and a plurality of tubular electrodes extending along the longitudinal axis adjacent to the outside surface of the balloon , characterised in that : at least one of the plurality of tubular electrodes includes a lumen terminating at a fluid port . an inner catheter extending along a longitudinal axis ; an outer catheter comprising a first section and a second section each disposed around the inner catheter ; a balloon disposed around the inner catheter and extending between the first and second sections of the outer catheter , the balloon comprising a tubular member having an outside surface; and a plurality of tubular electrodes extending along the longitudinal axis adjacent to the outside surface of the balloon , characterised in that : at least one of the plurality of tubular electrodes includes a lumen terminating at a fluid port .
An anti-PRL-1 antibody that is capable of inhibiting protein tyrosine phosphatase activity of PRL-1 for use in a method of treatment or prevention of cancer or metastasis thereof, the method involving administering the antibody to an individual that has a PRL-1 expressing cancer, wherein the antibody is a whole antibody.
A hand support , comprising: a base component arranged for securing to at least a portion of a hand, the base component defines an opening arranged for insertion of a thumb; an anchor element adjustably connected to the base component and arranged for grasping a thumb; wherein an elastic element has a first end rotatably anchored to the base component about the opening and a second end securing to the anchor element , the elastic element selectively arranged in height relative to and from the base component . a base component arranged for securing to at least a portion of a hand, the base component defines an opening arranged for insertion of a thumb; an anchor element adjustably connected to the base component and arranged for grasping a thumb; wherein an elastic element has a first end rotatably anchored to the base component about the opening and a second end securing to the anchor element , the elastic element selectively arranged in height relative to and from the base component .
A DMRS transmission method for a network device , comprising: configuring a Demodulation Reference Signal, DMRS, for a service channel within a mini-slot ; mapping at least one antenna port corresponding to the DMRS for the service channel to a time-domain transmission resource and a frequency-domain transmission resource corresponding to a DMRS for a control channel within the mini-slot ; and transmitting the DMRS for the service channel and the DMRS for the control channel on the time-domain transmission resource and the frequency-domain transmission resource , wherein the at least one antenna port corresponding to the DMRS for the service channel is multiplexed with the DMRS for the control channel in the same time-domain and frequency-domain resources. configuring a Demodulation Reference Signal, DMRS, for a service channel within a mini-slot ; mapping at least one antenna port corresponding to the DMRS for the service channel to a time-domain transmission resource and a frequency-domain transmission resource corresponding to a DMRS for a control channel within the mini-slot ; and transmitting the DMRS for the service channel and the DMRS for the control channel on the time-domain transmission resource and the frequency-domain transmission resource , wherein the at least one antenna port corresponding to the DMRS for the service channel is multiplexed with the DMRS for the control channel in the same time-domain and frequency-domain resources.
A wind turbine , comprising - a floating base designed as a semi-submersible, - a tower arranged on the floating base , - at least two booms extending from the tower , - one energy conversion unit arranged at the free end of each boom , characterized by - a cable system connecting the base to the energy conversion units and the energy conversion units to each other in order to introduce the thrust forces acting on the tower , the booms and the energy conversion units into the base , wherein the cable system has a pretensioning, the value of which is greater than loads acting against the pretensioning that are to be expected during the operation of the wind turbine . - a floating base designed as a semi-submersible, - a tower arranged on the floating base , - at least two booms extending from the tower , - one energy conversion unit arranged at the free end of each boom , - a cable system connecting the base to the energy conversion units and the energy conversion units to each other in order to introduce the thrust forces acting on the tower , the booms and the energy conversion units into the base , wherein the cable system has a pretensioning, the value of which is greater than loads acting against the pretensioning that are to be expected during the operation of the wind turbine .
A columnar zirconia sintered body having two congruent plane figures as bases, wherein the two bases include a first base , and wherein the columnar zirconia sintered body further has a side face , wherein the first base comprises a surface shape that is neither square nor rectangular but has at least one straight portion, characterised in that the zirconia sintered body meets the following (i) or (ii): (i) the first base has a surface shape combining a rectangle and a semicircle, and the first base includes a curve portion of a shape extending perpendicularly to the first base; (ii) the surface shape comprises at least two recessed portions , and the zirconia sintered body has receding portions and a narrow portion defined between two of the receding portions, the receding portions having a shape defined by the recessed portions extending perpendicularly to the first base, the zirconia sintered body comprises a main body portion in contact with the narrow portion, and a stem portion including the narrow portion and having a smaller area than the main body portion at the first base, and the main body portion has a maximum width of 20 mm or more, and the stem portion has a minimum width of more than 4 mm, and wherein the stem portion is as high as the main body portion in columnar height. (i) the first base has a surface shape combining a rectangle and a semicircle, and the first base includes a curve portion of a shape extending perpendicularly to the first base; (ii) the surface shape comprises at least two recessed portions , and the zirconia sintered body has receding portions and a narrow portion defined between two of the receding portions, the receding portions having a shape defined by the recessed portions extending perpendicularly to the first base, the zirconia sintered body comprises a main body portion in contact with the narrow portion, and a stem portion including the narrow portion and having a smaller area than the main body portion at the first base, and the main body portion has a maximum width of 20 mm or more, and the stem portion has a minimum width of more than 4 mm, and wherein the stem portion is as high as the main body portion in columnar height.
A power semiconductor module, comprising: one or more power semiconductor dies attached to a first main face of a substrate ; a plastic housing attached to the substrate , the plastic housing and the substrate together enclosing the one or more power semiconductor dies ; a plurality of power terminals attached to the first main face of the substrate at a first end , and extending through the plastic housing at a second end to provide a point of external electrical connection for the one or more power semiconductor dies ; a potting compound filling the plastic housing to a fill level (B), thereby embedding the one or more power semiconductor dies , the first main face of the substrate and at least part of the first end of the plurality of power terminals ; and an insulative coating applied only to parts of the plurality of power terminals inside the plastic housing disposed between the fill level (B) and a line (C) below which the plastic housing does not contact the plurality of power terminals , the coated parts of the plurality of power terminals being in contact with just air. one or more power semiconductor dies attached to a first main face of a substrate ; a plastic housing attached to the substrate , the plastic housing and the substrate together enclosing the one or more power semiconductor dies ; a plurality of power terminals attached to the first main face of the substrate at a first end , and extending through the plastic housing at a second end to provide a point of external electrical connection for the one or more power semiconductor dies ; a potting compound filling the plastic housing to a fill level (B), thereby embedding the one or more power semiconductor dies , the first main face of the substrate and at least part of the first end of the plurality of power terminals ; and an insulative coating applied only to parts of the plurality of power terminals inside the plastic housing disposed between the fill level (B) and a line (C) below which the plastic housing does not contact the plurality of power terminals , the coated parts of the plurality of power terminals being in contact with just air.