mhurhangee/patent-ind-claim-en huggingface dataset:
A main body fixing member for fixing an endpin including a shaft portion having one end to be housed in a musical instrument main body and another end to be stood on a floor , the shaft portion being provided with a recess , the main body fixing member comprising: a fitting portion configured to be fixed to the musical instrument main body ; a through hole through which the shaft portion of the endpin is passable; and an opening provided on a side surface of the main body fixing member so as to be orthogonal to the through hole , the opening having a bottom surface; characterized in that the main body fixing member further comprises: a columnar member slidably disposed in the opening , the columnar member being provided with a hole through which the shaft portion is passable, and an engagement protrusion engageable with the recess of the shaft portion , the engagement protrusion being formed on an inner surface of the hole ; a biasing portion disposed between the bottom surface of the opening and an end surface of the columnar member ; and a pressing portion provided on another end surface of the columnar member , the pressing portion being configured to press the shaft portion inserted into the through hole and the hole via the columnar member . a fitting portion configured to be fixed to the musical instrument main body ; a through hole through which the shaft portion of the endpin is passable; and an opening provided on a side surface of the main body fixing member so as to be orthogonal to the through hole , the opening having a bottom surface; characterized in that the main body fixing member further comprises: a columnar member slidably disposed in the opening , the columnar member being provided with a hole through which the shaft portion is passable, and an engagement protrusion engageable with the recess of the shaft portion , the engagement protrusion being formed on an inner surface of the hole ; a biasing portion disposed between the bottom surface of the opening and an end surface of the columnar member ; and a pressing portion provided on another end surface of the columnar member , the pressing portion being configured to press the shaft portion inserted into the through hole and the hole via the columnar member . a columnar member slidably disposed in the opening , the columnar member being provided with a hole through which the shaft portion is passable, and an engagement protrusion engageable with the recess of the shaft portion , the engagement protrusion being formed on an inner surface of the hole ; a biasing portion disposed between the bottom surface of the opening and an end surface of the columnar member ; and a pressing portion provided on another end surface of the columnar member , the pressing portion being configured to press the shaft portion inserted into the through hole and the hole via the columnar member .
Rotary rod locks designed to interact with one another, in particular for hinged doors of motor vehicle bodies , each comprising a rotary rod and a locking lever , the locking lever having a handle part , or being hinged to a handle part , and a main body , the locking lever having a pawl that is spring biased into a locking position, mutual latching of the locking levers being allowed after the two rotary rod locks have been rotated into their open position, the locking lever also having a free end on the other side from the pawl , as seen from the rotary rod , characterised in that one locking lever forms a latching receptacle by means of the pawl and a latching opening secured to the locking lever, and in that the other locking lever has, at its free end , two latching formations matching said receptacle.
A pixel structure of a single photon avalanche diode (SPAD), the pixel structure comprising: an epitaxial silicon layer forming the substrate , a junction part at which a first semiconductor layer of a first conduction type is joined with a second semiconductor layer of a second conduction type opposite to the first conduction type; and a third semiconductor layer of the first conduction type, having an impurity concentration higher than the impurity concentration of the silicon substrate , in a region ahead of the junction part in the incident direction of incident light, wherein the width of the third semiconductor layer in a direction orthogonal to the incident direction of the incident light is substantially equal to or larger than the width of the junction part, further comprising a light absorption layer that absorbs and separates the incident light into electron-hole pair through photoelectric conversion, wherein the thickness of the third semiconductor layer in the incident direction is smaller than the thickness of the light absorption layer and the third semiconductor layer is disposed between the junction and the light absorption layer .
A wireless power transmission device for transmitting power to a wireless power receiving device , comprising: a first coil provided in a first direction; a second coil provided in a second direction that is perpendicular to the first direction, and connected to both ends of the first coil ; and a voltage source configured to supply voltage to the first coil and the second coil , characterised in that the first coil is a loop structure provided at the center of the wireless power transmission device for coupling magnetic field by generating mutual inductance, and in that the second coil is dipolar structure provided at both ends of the wireless power transmission device for coupling electric field by generating mutual capacitance. a first coil provided in a first direction; a second coil provided in a second direction that is perpendicular to the first direction, and connected to both ends of the first coil ; and a voltage source configured to supply voltage to the first coil and the second coil , characterised in that the first coil is a loop structure provided at the center of the wireless power transmission device for coupling magnetic field by generating mutual inductance, and in that the second coil is dipolar structure provided at both ends of the wireless power transmission device for coupling electric field by generating mutual capacitance.
An implantable active medical device comprising: a chassis plate having a first major surface and an opposing second major surface and extending between a chassis first end region and a chassis second end region; a first elongate lead connector fixed to the first major surface and extending orthogonally away from the first major surface; a second elongate lead connector fixed to the second major surface and extending orthogonally away from the second major surface; a first hermetic housing defining a first sealed housing cavity, the first hermetic housing fixed to the first major surface and the first elongate lead connector is disposed within the first sealed housing cavity; and a second hermetic housing defining a second sealed housing cavity, the second hermetic housing fixed to the second major surface and the second elongate lead connector is disposed within the second sealed housing cavity. a chassis plate having a first major surface and an opposing second major surface and extending between a chassis first end region and a chassis second end region; a first elongate lead connector fixed to the first major surface and extending orthogonally away from the first major surface; a second elongate lead connector fixed to the second major surface and extending orthogonally away from the second major surface; a first hermetic housing defining a first sealed housing cavity, the first hermetic housing fixed to the first major surface and the first elongate lead connector is disposed within the first sealed housing cavity; and a second hermetic housing defining a second sealed housing cavity, the second hermetic housing fixed to the second major surface and the second elongate lead connector is disposed within the second sealed housing cavity.
A compound of formula : wherein, Ln is a lanthanide metal; and each M is independently selected from the group consisting of Na, Li, and K; or two M taken together represent Mg or Ca. Ln is a lanthanide metal; and each M is independently selected from the group consisting of Na, Li, and K; or two M taken together represent Mg or Ca.
Blade (33; 34) for a turbomachine , in particular a rotor blade or guide vane , in particular for a gas turbine, in particular for an aircraft engine, in particular for a turbine stage of a gas turbine, the blade (33; 34) having an airfoil (13, 23; 24) which has an airfoil profile and a radially inner airfoil end (EI) and a radially outer airfoil end (EA), the blade (33; 34), in particular the airfoil (13, 23; 24), in addition to the airfoil profile, having at least one first guide profile (LP1) which is arranged in the region of the radially inner airfoil end (EI) and/or the radially outer airfoil end (EA) and at a distance from the associated blade end (EI, EA) in the radial direction and extends at least in part in the axial direction (x) and at least in part in the circumferential direction and/or in the tangential direction, the airfoil profile having a main flow portion (HA) having a main profile and a main profile geometry and at least one secondary portion (NA) having a secondary profile and a secondary profile geometry, characterized in that the secondary profile of at least one secondary portion (NA) has a profile leading edge which is curved toward the suction side (S) of the associated main profile portion (HA), and/or has an S-shape in the direction of flow.
A method , operational at a core network entity , comprising: obtaining , at the network entity , a first shared key, wherein the first shared key is shared by a device and the core network entity ; obtaining , at the core network entity , a second shared key based on the first shared key, for securing data traffic during transit between the device and a packet data network gateway -P-GW- , wherein the second shared key is shared by the device and the P-GW ; sending the second shared key to the P-GW; obtaining , at the core network entity , a third shared key based on the first shared key, for securing control messaging sent between the device and a mobility management entity -MME- , wherein the third shared key is shared by the device and the MME ; and sending the third shared key to the MME , wherein the core network entity , the P-GW , and the MME are distinct network entities. obtaining , at the network entity , a first shared key, wherein the first shared key is shared by a device and the core network entity ; obtaining , at the core network entity , a second shared key based on the first shared key, for securing data traffic during transit between the device and a packet data network gateway -P-GW- , wherein the second shared key is shared by the device and the P-GW ; sending the second shared key to the P-GW; obtaining , at the core network entity , a third shared key based on the first shared key, for securing control messaging sent between the device and a mobility management entity -MME- , wherein the third shared key is shared by the device and the MME ; and sending the third shared key to the MME , wherein the core network entity , the P-GW , and the MME are distinct network entities.
A system for user authentication and/or authorization, comprising: a portable computing device with a capacitive screen; a passive card configured to encode a first portion of an authentication or authorization code for a user via a set of capacitive points , wherein the set of capacitive points are connected to an electronic circuit to be activable by physical contact of the user or with an electrical ground, wherein the portable computing device is configured to read the set of capacitive points based on the user requesting access to a specific service or to a specific operation, and based on at least some of the capacitive points being activated and the passive card in contact with the capacitive screen, wherein the portable computing device is further configured to encode a second portion of said authentication or authorization code, decode the first portion of the authentication or authorization code, and cryptographically sign the decoded first portion using said encoded second portion of the authentication and authorization code, providing the authentication or authorization code, which is used as cryptographic key to grant access to said specific service or specific operation to the user , wherein the first portion of the authentication or authorization code depends at least on the shape, size, position and/or a time constant of the set of capacitive points in the passive card . a portable computing device with a capacitive screen; a passive card configured to encode a first portion of an authentication or authorization code for a user via a set of capacitive points , wherein the set of capacitive points are connected to an electronic circuit to be activable by physical contact of the user or with an electrical ground, wherein the portable computing device is configured to read the set of capacitive points based on the user requesting access to a specific service or to a specific operation, and based on at least some of the capacitive points being activated and the passive card in contact with the capacitive screen, wherein the portable computing device is further configured to encode a second portion of said authentication or authorization code, decode the first portion of the authentication or authorization code, and cryptographically sign the decoded first portion using said encoded second portion of the authentication and authorization code, providing the authentication or authorization code, which is used as cryptographic key to grant access to said specific service or specific operation to the user , wherein the first portion of the authentication or authorization code depends at least on the shape, size, position and/or a time constant of the set of capacitive points in the passive card .
A rapid charging system for electrically driven vehicles, in particular electric buses or the like, the rapid charging system comprising a contact apparatus and a mounting device for mounting the contact apparatus, wherein the contact apparatus serves to form an electrical conductive connection between a vehicle and a stationary charging station comprising a charging contact unit , wherein the contact apparatus and the mounting device can be arranged on a vehicle , wherein the contact apparatus comprises a contact device , wherein the contact device can make contact with the charging contact unit, wherein the contact apparatus comprises a positioning device , wherein the contact device can be positioned relative to the charging contact unit and to the vehicle in the vertical and horizontal direction and can be brought from a contact position on the charging contact unit into a mounting position on the mounting device on the vehicle by means of the positioning device, wherein the contact device can be moved toward the mounting device in the vertical direction by means of the positioning device, characterized in that the positioning device has a pantograph or a swing arm for positioning the contact device in the vertical direction relative to the charging contact unit and/or to the vehicle, wherein the mounting device forms a receiving opening comprising a guiding device , by means of which the contact device can be positioned in the mounting position in the vertical direction and in the horizontal direction as the contact device moves vertically downward, wherein the guiding device is designed to guide the contact device into the mounting position.
A vacuum insulated refrigerator structure comprising: a shell having a liner and a wrapper wherein the shell defines an internal vacuum cavity , a refrigerator compartment , and a freezer compartment ; a serpentine elongated pass-through and a straight elongated pass-through both defining an elongated internal passageway and having a central portion disposed in the internal vacuum cavity , and opposite end portions that are sealingly connected to the shell , each opposite end portion having an opening that permits access to the elongated internal passageway from the outside of the shell ; a vacuum core material fill positioned in the internal cavity; and one or more utility lines disposed in the elongated internal passageway and having opposite ends extending out of the openings at the opposite ends of the elongated pass-through; wherein the freezer compartment has the serpentine elongated pass-through and the refrigerator compartment has the straight elongated pass-through. a shell having a liner and a wrapper wherein the shell defines an internal vacuum cavity , a refrigerator compartment , and a freezer compartment ; a serpentine elongated pass-through and a straight elongated pass-through both defining an elongated internal passageway and having a central portion disposed in the internal vacuum cavity , and opposite end portions that are sealingly connected to the shell , each opposite end portion having an opening that permits access to the elongated internal passageway from the outside of the shell ; a vacuum core material fill positioned in the internal cavity; and one or more utility lines disposed in the elongated internal passageway and having opposite ends extending out of the openings at the opposite ends of the elongated pass-through; wherein the freezer compartment has the serpentine elongated pass-through and the refrigerator compartment has the straight elongated pass-through.
Cable/lead insertion unit for inserting and guiding at least one lead into and through a wall opening in a housing wall , having an insertion sleeve for inserting into the wall opening , an abutment flange protruding radially outwards at least partially from said insertion sleeve, a clamping part which can be screwed onto the insertion sleeve in the direction of the abutment flange , and a fastening section of the insertion sleeve arranged opposite the clamping part , characterized in that, on its outer side , the fastening section has a single thread which runs partially around in the circumferential direction and is formed from at least two spaced-apart thread sections with which a clamping piece for pressing the abutment flange against an opening edge of the wall opening can be brought into engagement.
Method for operating a route device (RBC1) which uses a mobile radio network (MNET) and which is assigned to an installation section (SA1) of a route installation, in particular an installation section (SA1) of a railway track installation (EGA), is assigned to a radio cell (FZ0-FZ9) of the mobile radio network (MNET) and can communicate with vehicles (LOK), which are located on the route installation, via the mobile radio network (MNET), characterised in that - following receipt of a mobile radio call by one of the vehicles (LOK) at the route device (RBC1), a communication connection is established between the route device (RBC1) and the vehicle (LOK), and it is checked from which radio cell (FZ0-FZ9) of the mobile radio network (MNET) the call originates, - it is subsequently checked whether or not the radio cell (FZ0-FZ9), from which the call originates, is the radio cell (FZ0-FZ9) assigned to the route device (RBC1) and - in the event that the radio cell (FZ0-FZ9), from which the call originates, is not the radio cell (FZ0-FZ9) assigned to the route device (RBC1), at least one other route device (RBC2/RBC3) is ascertained, which is assigned to the radio cell (FZ0-FZ9), from which the call originates, a mobile radio number of said at least one other route device (RBC2/RBC3) is communicated to the vehicle (LOK) and subsequently the communication connection is terminated. - following receipt of a mobile radio call by one of the vehicles (LOK) at the route device (RBC1), a communication connection is established between the route device (RBC1) and the vehicle (LOK), and it is checked from which radio cell (FZ0-FZ9) of the mobile radio network (MNET) the call originates, - it is subsequently checked whether or not the radio cell (FZ0-FZ9), from which the call originates, is the radio cell (FZ0-FZ9) assigned to the route device (RBC1) and - in the event that the radio cell (FZ0-FZ9), from which the call originates, is not the radio cell (FZ0-FZ9) assigned to the route device (RBC1), at least one other route device (RBC2/RBC3) is ascertained, which is assigned to the radio cell (FZ0-FZ9), from which the call originates, a mobile radio number of said at least one other route device (RBC2/RBC3) is communicated to the vehicle (LOK) and subsequently the communication connection is terminated.
A partition wall, comprising: - a perimetric frame of profiled elements which supports a double glazing unit , the upper profiled element of which contains a curtain roller , - said longitudinally extended upper profiled element , which forms a receptacle for said curtain roller , being open at least frontally, for the insertion and extraction of said curtain roller and in a downward region for the passage of the curtain during its downward unwinding, - means for supporting the axis of the roller in said receptacle for said roller , - a lower profiled element for the resting and positioning of the lower edge of two sheets made of transparent or partially transparent material of the double glazing unit , which are substantially parallel and spaced for the passage between them of said curtain during its downward unwinding, and - at least one profile which is integral with said upper profiled element below it, for the positioning of the upper edge of said two sheets . - a perimetric frame of profiled elements which supports a double glazing unit , the upper profiled element of which contains a curtain roller , - said longitudinally extended upper profiled element , which forms a receptacle for said curtain roller , being open at least frontally, for the insertion and extraction of said curtain roller and in a downward region for the passage of the curtain during its downward unwinding, - means for supporting the axis of the roller in said receptacle for said roller , - a lower profiled element for the resting and positioning of the lower edge of two sheets made of transparent or partially transparent material of the double glazing unit , which are substantially parallel and spaced for the passage between them of said curtain during its downward unwinding, and - at least one profile which is integral with said upper profiled element below it, for the positioning of the upper edge of said two sheets .
A fibrous-based oxygen barrier film, which comprises: (i) a microfibrillated cellulose (MFC) film, (ii) an oxygen barrier polymer layer selected from a group consisting of ethyl vinyl alcohol copolymer (EVOH) and polyvinyl alcohol copolymer (PVOH), (iii) an optional tie layer, and (iv) an outermost polyolefin layer wherein said oxygen barrier polymer and polyolefin layers having been brought by coextrusion in direct contact onto the MFC film. (i) a microfibrillated cellulose (MFC) film, (ii) an oxygen barrier polymer layer selected from a group consisting of ethyl vinyl alcohol copolymer (EVOH) and polyvinyl alcohol copolymer (PVOH), (iii) an optional tie layer, and (iv) an outermost polyolefin layer