mhurhangee/patent-ind-claim-en huggingface dataset:
An electrodynamic apparatus comprising: a first arm extending in a first direction; a second arm supported by the first arm; and a first linear actuator that is provided in the first arm or the second arm and moves the second arm along the first direction with respect to the first arm, a support extending in a second direction that is different from the first direction and supporting the first arm , wherein the first arm includes a first power transmission antenna , the second arm includes a first power reception antenna , the first power transmission antenna supplies electric power to the first power reception antenna wirelessly, and the first power reception antenna supplies the supplied electric power to a load electrically connected to the first power reception antenna. a first arm extending in a first direction; a second arm supported by the first arm; and a first linear actuator that is provided in the first arm or the second arm and moves the second arm along the first direction with respect to the first arm, a support extending in a second direction that is different from the first direction and supporting the first arm , wherein the first arm includes a first power transmission antenna , the second arm includes a first power reception antenna , the first power transmission antenna supplies electric power to the first power reception antenna wirelessly, and the first power reception antenna supplies the supplied electric power to a load electrically connected to the first power reception antenna.
Sensor arrangement for indirectly recording a torque of a rotatably mounted shaft that is connected to a carrying structure by way of a bearing , having a sensor that comprises at least one sensor element that is arranged at a predefined distance from and a predefined angle to the bearing in the surroundings of the bearing and records a component, acting in a predefined direction, of a bearing force (F L , FL 2 ), from which the torque of the shaft is able to be calculated, wherein the sensor has at least one sensor body having an outer contour , which sensor body carries a corresponding sensor element and is pressed into a receiving bore (52.1), characterized in that a housing receives the sensor element and is pressed by way of its outer contour into a receiving bore incorporated into the carrying structure , wherein the receiving bore (52.1) for the sensor body is incorporated into a support structure of the housing , wherein the housing transfers the acting component of the bearing force (F L , FL 2 ) onto the sensor body via the support structure .
A kiosk for processing mobile devices, the kiosk comprising: a processor ; an electrical connector , wherein the electrical connector is configured to be electrically connected to a mobile device , wherein the mobile device has an electrical hardware component; and a memory ; and wherein the kiosk further comprises a controller , a switch operably coupled to the processor and the controller , wherein the switch has a first switch state and a second switch state, and a non-transitory computer readable medium having instructions stored thereon that are executable by the controller to toggle the switch between the first switch state and the second switch state wherein, in the first switch state, the processor is coupled to the electrical connector and the controller is disconnected from the electrical connector , and wherein in the second switch state, the controller is coupled to the electrical connector and the processor is disconnected from the electrical connector , and to carry out an electrical test of the electrical hardware component of the mobile device over the electrical connector when the switch is in the second switch state. a processor ; an electrical connector , wherein the electrical connector is configured to be electrically connected to a mobile device , wherein the mobile device has an electrical hardware component; and a memory ; and wherein the kiosk further comprises a controller , a switch operably coupled to the processor and the controller , wherein the switch has a first switch state and a second switch state, and a non-transitory computer readable medium having instructions stored thereon that are executable by the controller to toggle the switch between the first switch state and the second switch state wherein, in the first switch state, the processor is coupled to the electrical connector and the controller is disconnected from the electrical connector , and wherein in the second switch state, the controller is coupled to the electrical connector and the processor is disconnected from the electrical connector , and to carry out an electrical test of the electrical hardware component of the mobile device over the electrical connector when the switch is in the second switch state.
A floating module for modular solar panel platforms comprising a rigid component and at least one flexible component with encapsulated air or gas, wherein the flexible component is confined inside the rigid component in a space defined by a top surface surrounded by a lateral cover, said lateral cover having structural reinforcements formed by a horizontal base rib and lateral vertical ribs , and the top surface wherein: - an interior surface formed by a matrix of ribs , designed to withstand the loads and weights applied to the top surface; - an exterior surface comprising a mounting area for assembly of a solar panel structure and a mounting area for assembly of said solar panel structure by means of a through-support; - a central passage hole to increase the structural resistance of the rigid component and to correct position of the at least one flexible component inside of the rigid component ; - at least one valve access cavity to allow the access to the interior of the respective flexible component ; characterized in that the assembly between the flexible and the rigid components is performed using a valve mounted in the flexible component and the valve access cavity installed in the rigid component ; said valve being housed in the valve access cavity and the position of the flexible component inside the rigid component being achieved with the application of a valve brake . - an interior surface formed by a matrix of ribs , designed to withstand the loads and weights applied to the top surface; - an exterior surface comprising a mounting area for assembly of a solar panel structure and a mounting area for assembly of said solar panel structure by means of a through-support; - a central passage hole to increase the structural resistance of the rigid component and to correct position of the at least one flexible component inside of the rigid component ; - at least one valve access cavity to allow the access to the interior of the respective flexible component ;
A hair curling method comprising the following steps of: - providing a hairdressing appliance comprising a mandrel which is heated and which has a winding radius (r), for a lock of hair (X), comprised between 2.5 and 7.5 mm, - winding a lock of hair (X) around the mandrel , characterized in that the method further comprises the following step: - applying a winding stress less than or equal to 0.25 MPa to the lock of hair (X) which is wound around the mandrel . - providing a hairdressing appliance comprising a mandrel which is heated and which has a winding radius (r), for a lock of hair (X), comprised between 2.5 and 7.5 mm, - winding a lock of hair (X) around the mandrel , - applying a winding stress less than or equal to 0.25 MPa to the lock of hair (X) which is wound around the mandrel .
A method of making a prosthetic conduit comprising a laminated member of polyethylene film and a stent , comprising steps of • Wrapping porous polytetrafluoroethylene (PTFE) tape helically around the circumference of a mandrel to form an underlayer on the mandrel; • Wrapping a piece of microporous polyethylene film over the underlayer of PTFE to result in a wrapped polyethylene film; • Positioning a stent coaxially over the wrapped polyethylene film; • Wrapping a further piece of microporous polyethylene film over the positioned stent to result in a further wrapped polyethylene film on the stent and aligned with the wrapped polyethylene film underneath the stent ; • Securing the assembly of wrapped polyethylene films and stent along its length to the mandrel such that the layers of polyethylene film and stent contact each other; • Bonding the layers of the assembly together at a temperature and time combination chosen such to bond film layers to each other, but leaving the porous nature of polyethylene film substantially unchanged and avoiding thermal degradation of the polyethylene film to form the laminated member ; • Cooling the mandrel with the laminated member ; • Removing the underlayer of wrapped PTFE tape by pulling on a free end of the PTFE tape to unwrap it from underneath the laminated member ; and • Removing the laminated member from the mandrel. • Wrapping porous polytetrafluoroethylene (PTFE) tape helically around the circumference of a mandrel to form an underlayer on the mandrel; • Wrapping a piece of microporous polyethylene film over the underlayer of PTFE to result in a wrapped polyethylene film; • Positioning a stent coaxially over the wrapped polyethylene film; • Wrapping a further piece of microporous polyethylene film over the positioned stent to result in a further wrapped polyethylene film on the stent and aligned with the wrapped polyethylene film underneath the stent ; • Securing the assembly of wrapped polyethylene films and stent along its length to the mandrel such that the layers of polyethylene film and stent contact each other; • Bonding the layers of the assembly together at a temperature and time combination chosen such to bond film layers to each other, but leaving the porous nature of polyethylene film substantially unchanged and avoiding thermal degradation of the polyethylene film to form the laminated member ; • Cooling the mandrel with the laminated member ; • Removing the underlayer of wrapped PTFE tape by pulling on a free end of the PTFE tape to unwrap it from underneath the laminated member ; and • Removing the laminated member from the mandrel.
An article, comprising: a thermoplastic composition comprising a polysiloxane-polycarbonate copolymer, wherein the copolymer comprises repeating diorganosiloxane units of formula : wherein each R is, independently, a C 1-13 monovalent organic group, and E has an average value of 20 to 35; wherein the article is transparent, defined as exhibiting a transparency of greater than or equal to 60% when measured using ASTM D1003-00 procedure B using CIE standard illuminant C, and has a dimension whose cross-section is greater than or equal to 1.5 cm; wherein the composition is defined in that a 0.32 cm [1/8 th inch] thick bar formed from the thermoplastic composition has a B-Y ratio of less than or equal to 1.75, wherein the B-Y ratio is determined as a B-Y span of a molded part formed from the thermoplastic composition divided by a B-Y span of a molded part formed from a siloxane-free thermoplastic composition and the B-Y span is defined as Yellowness Index transmission - Yellowness Index reflectance , the siloxane-free thermoplastic composition having a composition identical to that of the thermoplastic composition except for the omission of the diorganosiloxane units, where yellowness index is determined in accordance with the method outlined in the description; and wherein the thermoplastic composition has 2 wt% to 6 wt% polysiloxane. a thermoplastic composition comprising a polysiloxane-polycarbonate copolymer, wherein the copolymer comprises repeating diorganosiloxane units of formula : wherein each R is, independently, a C 1-13 monovalent organic group, and E has an average value of 20 to 35; wherein the article is transparent, defined as exhibiting a transparency of greater than or equal to 60% when measured using ASTM D1003-00 procedure B using CIE standard illuminant C, and has a dimension whose cross-section is greater than or equal to 1.5 cm; wherein the composition is defined in that a 0.32 cm [1/8 th inch] thick bar formed from the thermoplastic composition has a B-Y ratio of less than or equal to 1.75, wherein the B-Y ratio is determined as a B-Y span of a molded part formed from the thermoplastic composition divided by a B-Y span of a molded part formed from a siloxane-free thermoplastic composition and the B-Y span is defined as Yellowness Index transmission - Yellowness Index reflectance , the siloxane-free thermoplastic composition having a composition identical to that of the thermoplastic composition except for the omission of the diorganosiloxane units, where yellowness index is determined in accordance with the method outlined in the description; and wherein the thermoplastic composition has 2 wt% to 6 wt% polysiloxane.
An abradable coating comprising: a metallic composite, the metallic composite being pore free and including two or more metals selected from iron (Fe), nickel (Ni), aluminum (Al), chromium (Cr), titanium (Ti), yttrium (Y) and cobalt (Co), and wherein the metallic composite constitutes 40 to 60 weight percent of the abradable coating and includes CoNiCrAlY; a brittle alloy, the brittle alloy being NiAl and including at least 20 weight percent of aluminum (Al), wherein the brittle alloy constitutes 20 to 30 weight percent of the abradable coating; and a plurality of abradable particles, the plurality of abradable particles being hollow spheres of one or more oxides selected from zinc oxide, silicon oxide, aluminum oxide, zirconium oxide, cerium oxide, fly ash, and hydroxyapatite; and wherein the plurality of abradable particles constitute 20 to 30 weight percent of the abradable coating and have a particle size within a range of 100 nanometers (nm) to 100 microns (μm). a metallic composite, the metallic composite being pore free and including two or more metals selected from iron (Fe), nickel (Ni), aluminum (Al), chromium (Cr), titanium (Ti), yttrium (Y) and cobalt (Co), and wherein the metallic composite constitutes 40 to 60 weight percent of the abradable coating and includes CoNiCrAlY; a brittle alloy, the brittle alloy being NiAl and including at least 20 weight percent of aluminum (Al), wherein the brittle alloy constitutes 20 to 30 weight percent of the abradable coating; and a plurality of abradable particles, the plurality of abradable particles being hollow spheres of one or more oxides selected from zinc oxide, silicon oxide, aluminum oxide, zirconium oxide, cerium oxide, fly ash, and hydroxyapatite; and wherein the plurality of abradable particles constitute 20 to 30 weight percent of the abradable coating and have a particle size within a range of 100 nanometers (nm) to 100 microns (μm).
A catheter housing device configured for placement on a patient at a catheter insertion site, the catheter housing device comprising: a housing configured to surround and enclose the catheter insertion site, wherein the housing comprises: a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a catheter lock component configured to retain at least a portion of a catheter device when the catheter device is connected to an intravenous catheter to reduce movement of the intravenous catheter when the intravenous catheter is inserted into the patient at the catheter insertion site; wherein the catheter lock component is positioned between the catheter device and the cover when the catheter housing device is in use. a housing configured to surround and enclose the catheter insertion site, wherein the housing comprises: a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a hub component comprising a membrane configured to contact skin of the patient near the catheter insertion site and a main body extending outward from the membrane and around the catheter insertion site when the catheter housing device is placed on the patient at the catheter insertion site, wherein the membrane is coupled to the main body and wherein the membrane comprises an opening configured to be positioned over the catheter insertion site; and a cover configured to secure to the hub component to enclose the catheter insertion site; and a catheter lock component configured to retain at least a portion of a catheter device when the catheter device is connected to an intravenous catheter to reduce movement of the intravenous catheter when the intravenous catheter is inserted into the patient at the catheter insertion site; wherein the catheter lock component is positioned between the catheter device and the cover when the catheter housing device is in use.
A trace assistance device for a board work machine, comprising: a storage section configured to classify multiple trace logs (M1), each being recorded an operation history of the board work machine performing a predetermined work on a board , into a category relating to an operation environment or an operation control, and store the multiple trace logs, wherein a trace log (M1) is classified by adding multiple tags corresponding to the category relating to the operation environment or the operation control; and a log acquisition section configured to define the trace log, in which a series of operations relating to a trigger event is recorded, as a reference log (Ms) in a case where a predetermined trigger event occurs in a work by the board work machine, wherein the log acquisition section assumes that the trigger event is associated with a mounting error, and acquire, from the multiple trace logs stored in the storage section, a related log (Mt) belonging to a same category or a similar category with the reference log, wherein a log is determined to belong to a similar category if a certain number of tags or more are common. a storage section configured to classify multiple trace logs (M1), each being recorded an operation history of the board work machine performing a predetermined work on a board , into a category relating to an operation environment or an operation control, and store the multiple trace logs, wherein a trace log (M1) is classified by adding multiple tags corresponding to the category relating to the operation environment or the operation control; and a log acquisition section configured to define the trace log, in which a series of operations relating to a trigger event is recorded, as a reference log (Ms) in a case where a predetermined trigger event occurs in a work by the board work machine, wherein the log acquisition section assumes that the trigger event is associated with a mounting error, and acquire, from the multiple trace logs stored in the storage section, a related log (Mt) belonging to a same category or a similar category with the reference log, wherein a log is determined to belong to a similar category if a certain number of tags or more are common.
A ligation clip comprising: a first jaw including a body having an inner surface defining a first clamping surface and an outer surface; a second jaw including a body having an inner surface defining a second clamping surface and an outer surface; and a hinge integrally formed with the first and second jaws, the hinge including an inner hinge portion and an outer hinge portion , the inner hinge portion having an inner surface that is contiguous with the first and second clamping surfaces of the first and second jaws and an outer surface , the outer hinge portion having an outer surface and an inner surface , the inner surface of the outer hinge portion and the outer surface of the inner hinge portion defining a cavity in the hinge, the hinge being configured to facilitate pivotal movement of the first jaw in relation to the second jaw between an open position and a clamped position, characterized in that , in the open position of the ligation clip: the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections ; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections . a first jaw including a body having an inner surface defining a first clamping surface and an outer surface; a second jaw including a body having an inner surface defining a second clamping surface and an outer surface; and a hinge integrally formed with the first and second jaws, the hinge including an inner hinge portion and an outer hinge portion , the inner hinge portion having an inner surface that is contiguous with the first and second clamping surfaces of the first and second jaws and an outer surface , the outer hinge portion having an outer surface and an inner surface , the inner surface of the outer hinge portion and the outer surface of the inner hinge portion defining a cavity in the hinge, the hinge being configured to facilitate pivotal movement of the first jaw in relation to the second jaw between an open position and a clamped position, characterized in that , in the open position of the ligation clip: the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections ; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections . the inner surface of the inner hinge portion is defined by a concave section bounded by two convex sections ; and the outer surface of the inner hinge portion includes a central convex section bounded by two concave sections .