mhurhangee/patent-ind-claim-en huggingface dataset:
An array substrate, comprising: a base substrate ; a thin-film transistor, TFT, being disposed on the base substrate and including a source electrode and an active layer ; a passivation layer disposed on the TFT ; a first metal layer disposed on the passivation layer ; an insulating layer disposed on the first metal layer ; a through hole structure running through the insulating layer , the first metal layer and the passivation layer ; and a detection unit being disposed on the insulating layer and including a second metal layer , wherein the second metal layer makes direct contact with the source electrode via the through hole structure , the array substrate further comprises a recess running through the first metal layer and the passivation layer and being disposed between the through hole structure and the active layer in a direction parallel to the base substrate , in which the first metal layer is disconnected at the recess to form different parts spaced from each other. a base substrate ; a thin-film transistor, TFT, being disposed on the base substrate and including a source electrode and an active layer ; a passivation layer disposed on the TFT ; a first metal layer disposed on the passivation layer ; an insulating layer disposed on the first metal layer ; a through hole structure running through the insulating layer , the first metal layer and the passivation layer ; and a detection unit being disposed on the insulating layer and including a second metal layer , wherein the second metal layer makes direct contact with the source electrode via the through hole structure , the array substrate further comprises a recess running through the first metal layer and the passivation layer and being disposed between the through hole structure and the active layer in a direction parallel to the base substrate , in which the first metal layer is disconnected at the recess to form different parts spaced from each other. the second metal layer makes direct contact with the source electrode via the through hole structure , the array substrate further comprises a recess running through the first metal layer and the passivation layer and being disposed between the through hole structure and the active layer in a direction parallel to the base substrate , in which the first metal layer is disconnected at the recess to form different parts spaced from each other.
1. A battery protection circuit comprising: a charging control switch (C-SW) connected in series to a big current path between a battery module configured with a plurality of cells connected in series and one of a first and second battery pack terminals (P+, P-); the big current path being the charging path and discharging path, the charging path represents a current flowing path between a charging device connected through the battery pack terminals (P+, P-) and the battery module , the discharging path represents a current flowing path between a load connected through the battery pack terminals (P+, P-) and the battery module ; a battery controller for controlling the charging control switch based on cell voltages of all of the plurality of cells; and a first protection circuit wherein the first protection circuit is configured to intercept or allow a current flowing between first and second cells neighboring each other among the plurality of cells based on a cell voltage of the first cell, wherein the first protection circuit includes: at least one switch (FET21, FET22) connected in series between the first and second cells, and a cell controller for controlling the at least one switch according to the cell voltage of the first cell. a charging control switch (C-SW) connected in series to a big current path between a battery module configured with a plurality of cells connected in series and one of a first and second battery pack terminals (P+, P-); the big current path being the charging path and discharging path, the charging path represents a current flowing path between a charging device connected through the battery pack terminals (P+, P-) and the battery module , the discharging path represents a current flowing path between a load connected through the battery pack terminals (P+, P-) and the battery module ; a battery controller for controlling the charging control switch based on cell voltages of all of the plurality of cells; and a first protection circuit wherein the first protection circuit is configured to intercept or allow a current flowing between first and second cells neighboring each other among the plurality of cells based on a cell voltage of the first cell, wherein the first protection circuit includes: at least one switch (FET21, FET22) connected in series between the first and second cells, and a cell controller for controlling the at least one switch according to the cell voltage of the first cell. at least one switch (FET21, FET22) connected in series between the first and second cells, and a cell controller for controlling the at least one switch according to the cell voltage of the first cell.
Arrangement indicating the state of the lock of a door with indication lights, comprising a lock case installed in a lock housing inside the door, a handle , by means of which the door is opened, and a face plate installed onto the surface of the door, which face plate covers the lock housing and through which the handle is installed, characterized in that indication lights are installed in the lock case behind the face plate , and in that at least one aperture is made in the face plate, through which aperture the light is visible from the front of the door, wherein the aperture is essentially ring-shaped apart from the fixing bridge between the rest of the face plate and the center part (2") of the face plate, and in that the ring-shaped aperture surrounds the stem part of the handle.
Method of determining a distance between a rotor blade tip and a tower of a wind turbine , the method comprising: estimating the distance based on a strain measurement ; measuring the distance (112, d_a); correcting an estimation procedure based on the estimated distance and the measured distance ; and deriving a corrected distance based on the corrected estimation procedure, characterized in that correcting the estimation procedure comprises: forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance. estimating the distance based on a strain measurement ; measuring the distance (112, d_a); correcting an estimation procedure based on the estimated distance and the measured distance ; and deriving a corrected distance based on the corrected estimation procedure, characterized in that correcting the estimation procedure comprises: forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance. forming a difference and/or a ratio of the estimated distance and the measured distance; and calculating at least one correction parameter based on the difference and/or the ratio of the estimated distance and the measured distance.
An eyeglass cleaning apparatus comprising: (a) a hand-held cleaning instrument comprising: (i) first and second opposed arms operatively connected to each other; and (ii) a first cleaning pad projecting laterally from said first arm and a second cleaning pad projecting laterally from said second arm , said first and second cleaning pads projecting inwardly and facing each other, each of said first and second pads comprising a non-liquid cleaning composition suitable for cleaning said eyeglass lens, and (b) a housing comprising a replenishment pad disposed within said housing, the replenishment pad having a first portion and a second portion , wherein said cleaning instrument is movable between a stowed position at least partially inserted within said housing and a deployed position at least partially withdrawn from said housing , wherein said first cleaning pad contacts said first portion of said replenishment pad and said second cleaning pad contacts said second portion of said replenishment pad when said cleaning instrument is moved between said deployed and stowed positions to replenish the cleaning capacity of said cleaning composition on said cleaning instrument ; wherein said replenishment pad comprises materials which cause during frictional contact with said first and second cleaning pads a reorientation of particles of said non-liquid cleaning composition. (a) a hand-held cleaning instrument comprising: (i) first and second opposed arms operatively connected to each other; and (ii) a first cleaning pad projecting laterally from said first arm and a second cleaning pad projecting laterally from said second arm , said first and second cleaning pads projecting inwardly and facing each other, each of said first and second pads comprising a non-liquid cleaning composition suitable for cleaning said eyeglass lens, and (i) first and second opposed arms operatively connected to each other; and (ii) a first cleaning pad projecting laterally from said first arm and a second cleaning pad projecting laterally from said second arm , said first and second cleaning pads projecting inwardly and facing each other, each of said first and second pads comprising a non-liquid cleaning composition suitable for cleaning said eyeglass lens, and (b) a housing comprising a replenishment pad disposed within said housing, the replenishment pad having a first portion and a second portion , wherein said cleaning instrument is movable between a stowed position at least partially inserted within said housing and a deployed position at least partially withdrawn from said housing , wherein said first cleaning pad contacts said first portion of said replenishment pad and said second cleaning pad contacts said second portion of said replenishment pad when said cleaning instrument is moved between said deployed and stowed positions to replenish the cleaning capacity of said cleaning composition on said cleaning instrument ; wherein said replenishment pad comprises materials which cause during frictional contact with said first and second cleaning pads a reorientation of particles of said non-liquid cleaning composition.
A battery operated tool for contacting an animal, the tool comprising: a vibratable probe adapted for contacting the animal, the probe being connected at a proximate end to a handle means , and an actuator for selectively operating the vibration of the vibratable probe , at least part of the vibratable probe being selectively moveably mounted to cause vibration of the free distal end of the vibratable probe remote from the handle means , characterised in that the free distal end of the vibratable probe is tapered and is arranged to communicate a vibrating sensation to a dog upon contact therewith, so as to initiate release of clamped jaws of the dog. a vibratable probe adapted for contacting the animal, the probe being connected at a proximate end to a handle means , and an actuator for selectively operating the vibration of the vibratable probe , at least part of the vibratable probe being selectively moveably mounted to cause vibration of the free distal end of the vibratable probe remote from the handle means , characterised in that the free distal end of the vibratable probe is tapered and is arranged to communicate a vibrating sensation to a dog upon contact therewith, so as to initiate release of clamped jaws of the dog.
Sole (100; 200; 300; 400; 500; 600; 700; 800) for a shoe, in particular a running shoe, comprising: a. at least two reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) extending in a front half of the sole, b. wherein the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) are adapted to be independently deflected by forces acting on the sole during a gait cycle, c. wherein the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) are rod-shaped and/ or tube-shaped members, d. characterised in that the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) comprise hollow sections. a. at least two reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) extending in a front half of the sole, b. wherein the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) are adapted to be independently deflected by forces acting on the sole during a gait cycle, c. wherein the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) are rod-shaped and/ or tube-shaped members, d. characterised in that the reinforcing members (121-125; 321-324; 421-424; 521-522; 621-624; 721-724; 821-824) comprise hollow sections.
An air bag coated with a cured organopolysiloxane composition, and top coated with an antifriction coating, characterized in that the antifriction coating comprises an aqueous dispersion of at least one solid lubricant comprising talc dispersed in an organic polymer binder selected from polyurethanes, phenolic resins, epoxy resins, acrylic resins, polyester resins, amino-formaldehyde resins, vinyl resins, and polyamideimide resins, and with the proviso that the solid lubricant does not include a fluoropolymer.
A physical property measurement method comprising: a step of bringing a probe into contact with a surface layer portion of a liquid or gel-like object and maintaining a contact state; a step of measuring a height of the object rising along the probe in contact with the object ; and a step of calculating viscous properties or elastic properties of the surface layer portion of the object using the measured height of the object rising along the probe . a step of bringing a probe into contact with a surface layer portion of a liquid or gel-like object and maintaining a contact state; a step of measuring a height of the object rising along the probe in contact with the object ; and a step of calculating viscous properties or elastic properties of the surface layer portion of the object using the measured height of the object rising along the probe .
A flight recorder system, comprising: - a memory core; - an inner chamber housing the memory core; - an outer chamber housing the inner chamber with a vacuum between the inner chamber and the outer chamber; and - a signal path which is configured to connect avionics equipment to the memory core through the outer chamber and the inner chamber; and - a power path for the memory core through the outer chamber and the inner chamber, - a ballistic casing provided around the outer chamber, wherein the ballistic casing comprises an aluminum honeycomb structure. - a memory core; - an inner chamber housing the memory core; - an outer chamber housing the inner chamber with a vacuum between the inner chamber and the outer chamber; and - a signal path which is configured to connect avionics equipment to the memory core through the outer chamber and the inner chamber; and - a power path for the memory core through the outer chamber and the inner chamber, - a ballistic casing provided around the outer chamber, wherein the ballistic casing comprises an aluminum honeycomb structure.
Backbone rail for a roller coaster or similar rail-running amusement ride, constructed based on the principle of the frame load-bearing effect of a Vierendeel girder, comprising two rail pipes designed for a vehicle arrangement to travel upon, and at least one, particularly main load-bearing, backbone pipe not designed for vehicles to travel upon, whose second moment of area is greater than the second moment of area of the rail pipes at least by a factor of 1.5, wherein, viewed in the main axis of extension (A H ) of the backbone rail , the rail pipes and the backbone pipe are connected section-by-section by means of shear stiffening bulkheads , wherein at least one bulkhead comprises: a transverse connecting member , which connects the rail pipes to each other and, extending orthogonally to the main axis of extension (A H ) of the backbone rail between the rail pipes , is attached to the rail pipes , and bulkhead plates , connecting at least one rail pipe to the backbone pipe , characterised in that at least one bulkhead plate is designed as a longitudinal bulkhead plate, whose main plane of extension is perpendicular to the bulkhead plane and which is attached to the backbone pipe in such a way that it runs tangentially into the backbone pipe and which • runs directly between the backbone pipe and the rail pipe , or • is attached to the rail pipe by means of the transverse connecting member, wherein it is attached to one end area of the transverse connecting member. a transverse connecting member , which connects the rail pipes to each other and, extending orthogonally to the main axis of extension (A H ) of the backbone rail between the rail pipes , is attached to the rail pipes , and bulkhead plates , connecting at least one rail pipe to the backbone pipe , characterised in that at least one bulkhead plate is designed as a longitudinal bulkhead plate, whose main plane of extension is perpendicular to the bulkhead plane and which is attached to the backbone pipe in such a way that it runs tangentially into the backbone pipe and which • runs directly between the backbone pipe and the rail pipe , or • is attached to the rail pipe by means of the transverse connecting member, wherein it is attached to one end area of the transverse connecting member.
A power control system for retrofitting into a structure, the system comprising: a plurality of master switches each configured to replace a respective traditional light switch existing within the structure; and a plurality of remote switches ; characterized in that each master switch comprises: a first activation object ; a physical switch configured to connect and disconnect an outlet to a power source via electrical wiring in said structure; a first computer configured to control said physical switch ; and a first network communication system configured to receive instructions from a network and provide them to said first computer ; wherein said first computer is configured to adjust a configuration of said physical switch upon receipt of an instruction from a remote switch of said plurality of remote switches over said first network communication system, or activation of said first activation object ; and in that each remote switch comprises: a second activation object ; and a second network communication system configured to provide instructions to said network; wherein said second network communication system is configured to provide said instruction to said network upon activation of said second activation object ; and each remote switch is configured to: be paired to control one of said plurality of master switches ; and allow the same apparent control, as viewed by a user, of the outlet as the master switch, but the remote switch is not configured to be directly wired into the electrical wiring for the outlet. a plurality of master switches each configured to replace a respective traditional light switch existing within the structure; and a plurality of remote switches ; a first activation object ; a physical switch configured to connect and disconnect an outlet to a power source via electrical wiring in said structure; a first computer configured to control said physical switch ; and a first network communication system configured to receive instructions from a network and provide them to said first computer ; wherein said first computer is configured to adjust a configuration of said physical switch upon receipt of an instruction from a remote switch of said plurality of remote switches over said first network communication system, or activation of said first activation object ; a second activation object ; and a second network communication system configured to provide instructions to said network; wherein said second network communication system is configured to provide said instruction to said network upon activation of said second activation object ; and be paired to control one of said plurality of master switches ; and allow the same apparent control, as viewed by a user, of the outlet as the master switch, but the remote switch is not configured to be directly wired into the electrical wiring for the outlet.
An electrically driven surgical impacting tool and an adapter configured to interface a surgical implement with the surgical impacting tool , wherein: the surgical impacting tool includes an anvil and is configured to produce energy to move the anvil forward or rearward along an anvil axis ; the adapter comprises: a surface for forward impacts to engage a forward impact surface of the surgical impacting tool ; a surface for rearward impacts , distinct from the surface for forward impacts , to engage a rearward impact surface of the surgical impacting tool distinct from the forward impact surface of the surgical impacting tool ; and a first lateral surface , a second lateral surface , and a third lateral surface , the first, second, and third surfaces forming distinct and respective first, second, and third planes that are each parallel to the anvil axis , wherein the first surface , the second surface , and the third surface allow for the adapter to be positioned with respect to the surgical impacting tool at distinct and respective first, second, and third rotational positions around the anvil axis ; and the surface for forward impacts or the surface for rearward impacts is configured to contact the anvil during operation of the surgical impacting tool , and communicate an impact through the adapter to the surgical implement . the surgical impacting tool includes an anvil and is configured to produce energy to move the anvil forward or rearward along an anvil axis ; the adapter comprises: a surface for forward impacts to engage a forward impact surface of the surgical impacting tool ; a surface for rearward impacts , distinct from the surface for forward impacts , to engage a rearward impact surface of the surgical impacting tool distinct from the forward impact surface of the surgical impacting tool ; and a first lateral surface , a second lateral surface , and a third lateral surface , the first, second, and third surfaces forming distinct and respective first, second, and third planes that are each parallel to the anvil axis , wherein a surface for forward impacts to engage a forward impact surface of the surgical impacting tool ; a surface for rearward impacts , distinct from the surface for forward impacts , to engage a rearward impact surface of the surgical impacting tool distinct from the forward impact surface of the surgical impacting tool ; and a first lateral surface , a second lateral surface , and a third lateral surface , the first, second, and third surfaces forming distinct and respective first, second, and third planes that are each parallel to the anvil axis , wherein the first surface , the second surface , and the third surface allow for the adapter to be positioned with respect to the surgical impacting tool at distinct and respective first, second, and third rotational positions around the anvil axis ; and the surface for forward impacts or the surface for rearward impacts is configured to contact the anvil during operation of the surgical impacting tool , and communicate an impact through the adapter to the surgical implement .