mhurhangee/patent-ind-claim-en huggingface dataset:
An alloy comprising metal elements and non-metal elements, wherein the metal elements comprise manganese, iron, and vanadium, and wherein the non-metal elements comprise phosphorus and silicon, wherein the alloy is (Mn a Fe b V c M* d ) x (P e Si f A* g ) y , wherein- M* refers to optional other metals; - A* refers to optional other non-metals; a + b + c + d = 1 and e + f + g = 1 ; a > 0 , b > 0 , c > 0 , d ≥ 0 , e > 0 , and f > 0 ; a + b ≥ 0.8 ; e + f ≥ 0.7 ; g ≤ 0.12 ; - x is selected from the range of 1.8 - 2.1; - y is selected from the range of 0.85 -1.05; - an atom ratio of the vanadium element to the other metal elements is selected from the range of 0.01: 1.94 - 0.04: 1.86 - the atom ratio of V to all metal elements is selected from the range of 0.005-0.1; and wherein - the atom ratio of Mn to Fe is selected from the range of 0.3-2. - A* refers to optional other non-metals; a + b + c + d = 1 and e + f + g = 1 ; a > 0 , b > 0 , c > 0 , d ≥ 0 , e > 0 , and f > 0 ; a + b ≥ 0.8 ; e + f ≥ 0.7 ; g ≤ 0.12 ; - x is selected from the range of 1.8 - 2.1; - y is selected from the range of 0.85 -1.05; - an atom ratio of the vanadium element to the other metal elements is selected from the range of 0.01: 1.94 - 0.04: 1.86 - the atom ratio of V to all metal elements is selected from the range of 0.005-0.1; and wherein - the atom ratio of Mn to Fe is selected from the range of 0.3-2.
A hybrid electric vehicle (10;200) comprising: a drive wheel ; an engine ; an intake device provided upstream of an intake pipe of the engine ; an electric motor (MG2;MGd); a power transmission device (16;206) configured to transmit a power of the electric motor (MG2;MGd) to the drive wheel ; a driving battery ; an electric-power control device configured to control an electric power transferred between the driving battery and the electric motor (MG2;MGd); and a charger configured to charge the driving battery with the electric power supplied from an external power supply , wherein the electric motor (MG2;MGd) and the power transmission device (16;206) constitute at least a part of a driving apparatus (92;208), wherein the driving apparatus (92;208) and the electric-power control device constitute a mechanical-electrical integrated unit which is housed in a single casing (40;210) and which is located in a position adjacent to the engine , wherein the charger is located on an upper side of the mechanical-electrical integrated unit in a vertical direction of the hybrid electric vehicle (10;200), and wherein the intake pipe is located on the upper side of the mechanical-electrical integrated unit in the vertical direction and is connected to an intake manifold attached to a main body of the engine . a drive wheel ; an engine ; an intake device provided upstream of an intake pipe of the engine ; an electric motor (MG2;MGd); a power transmission device (16;206) configured to transmit a power of the electric motor (MG2;MGd) to the drive wheel ; a driving battery ; an electric-power control device configured to control an electric power transferred between the driving battery and the electric motor (MG2;MGd); and a charger configured to charge the driving battery with the electric power supplied from an external power supply , wherein the electric motor (MG2;MGd) and the power transmission device (16;206) constitute at least a part of a driving apparatus (92;208), wherein the driving apparatus (92;208) and the electric-power control device constitute a mechanical-electrical integrated unit which is housed in a single casing (40;210) and which is located in a position adjacent to the engine , wherein the charger is located on an upper side of the mechanical-electrical integrated unit in a vertical direction of the hybrid electric vehicle (10;200), and wherein the intake pipe is located on the upper side of the mechanical-electrical integrated unit in the vertical direction and is connected to an intake manifold attached to a main body of the engine .
An expandable hip prosthesis , to be used in patients whose femur head (F) is damaged due to any reason, which can replace the femur head (B), without any stem and configured in a manner such that it limits the motion within the trochanter; wherein the expandable hip prosthesis comprises: - a grooved shaft , - a lower plate comprising a groove in the hole in the middle in the lower section of said grooved shaft , - an upper plate fixed to the upper section where the grooved section of the grooved shaft is not present, and - a spherical head appropriate to the femur head (F) anatomy, characterised in that the expandable hip prosthesis further comprises: a plurality of sphere slots which are disposed on a lower surface of the upper plate and on an upper surface of the lower plate ; a plurality of slot and spherical headed levers and a plurality of spherical headed levers , wherein the plurality of sphere slots positioned on the lower surface of the upper plate are engaged with the plurality of spherical headed levers and the plurality of sphere slots positioned on the upper surface of the lower plate are engaged with the plurality of slot and spherical headed levers , wherein the plurality of spherical headed levers and the plurality of slot and spherical headed levers are engaged with each other at joint sides in a manner such that they can move with respect to each other, and wherein the spherical head is attached to a neck on an upper portion of the grooved shaft . - a grooved shaft , - a lower plate comprising a groove in the hole in the middle in the lower section of said grooved shaft , - an upper plate fixed to the upper section where the grooved section of the grooved shaft is not present, and - a spherical head appropriate to the femur head (F) anatomy, characterised in that the expandable hip prosthesis further comprises: a plurality of sphere slots which are disposed on a lower surface of the upper plate and on an upper surface of the lower plate ; a plurality of slot and spherical headed levers and a plurality of spherical headed levers , wherein the plurality of sphere slots positioned on the lower surface of the upper plate are engaged with the plurality of spherical headed levers and the plurality of sphere slots positioned on the upper surface of the lower plate are engaged with the plurality of slot and spherical headed levers , wherein the plurality of spherical headed levers and the plurality of slot and spherical headed levers are engaged with each other at joint sides in a manner such that they can move with respect to each other, and wherein the spherical head is attached to a neck on an upper portion of the grooved shaft .
Wheel brake, in particular drum brake, having an activating installation and having brake shoes which are connected to the activating installation , on the one hand, and to a support that lies opposite the activating installation , on the other hand, wherein the wheel brake is configured as a simplex brake or power brake, and the wheel brake has an automatic reversing mechanism which reduces or cancels the braking effect when reversing, and has an automatic readjustment installation which for readjusting the braking effect is disposed in the region of the support , wherein the readjustment installation is able to be deactivated when reversing, characterized in that the readjustment installation has a transmission element which is connected to the activating installation .
A pre-amplifier circuit for a pressure sensor system , the pre-amplifier circuit comprising: a differential-output operational-amplifier (U1, U3) having an inverting input, a noninverting input, and a differential output comprising a positive output (SIP) and a negative output (SIN); a first terminal (C) coupled to the positive output (SIP) of the differential-output operational-amplifier (U1, U3), where the first terminal (C) is configured to connect to a first node of a first external pressure-sensitive element (B1); a second terminal (B) coupled to the negative output (SIN) of the differential-output operational-amplifier (U1, U3), where the second terminal (B) is configured to connect to a first node of a second external pressure-sensitive element (B2); and a protection circuit coupled between the first terminal (C), the second terminal (B), the inverting input of the differential-output operational-amplifier (U1, U3), and the noninverting input of the differential-output operational-amplifier (U1, U3). a differential-output operational-amplifier (U1, U3) having an inverting input, a noninverting input, and a differential output comprising a positive output (SIP) and a negative output (SIN); a first terminal (C) coupled to the positive output (SIP) of the differential-output operational-amplifier (U1, U3), where the first terminal (C) is configured to connect to a first node of a first external pressure-sensitive element (B1); a second terminal (B) coupled to the negative output (SIN) of the differential-output operational-amplifier (U1, U3), where the second terminal (B) is configured to connect to a first node of a second external pressure-sensitive element (B2); and a protection circuit coupled between the first terminal (C), the second terminal (B), the inverting input of the differential-output operational-amplifier (U1, U3), and the noninverting input of the differential-output operational-amplifier (U1, U3).
A turbine rotor wheel , in particular a counter-rotating one, for an aircraft turbomachine, comprising: - a rotor disc extending about an axis X, - an annular shroud extending about said axis X and said disc, and - vanes arranged between said disc and said shroud and comprising roots attached to said disc, and summits attached to said shroud, characterised in that the root of each of the vanes comprises two tabs for attachment to the disc, these tabs being arranged respectively upstream and downstream of a wall of the disc, with respect to said axis, the tab arranged upstream being engaged in a first recess of an upstream face of the disc and being configured to cooperate by abutment with a peripheral edge of this first recess, the tab arranged downstream being engaged in a second recess of a downstream face of the disc and being configured to cooperate by abutment with a peripheral edge of this second recess, said first and second recesses being located on either side of said wall, said wall comprising an orifice oriented parallel to said axis X and aligned with orifices of said tabs , an attachment element passing through the orifices of the tabs and of the wall, and at least some of the orifices of the tabs and of the wall have an elongated or oblong shape and comprise a longer dimension oriented in the radial direction with respect to said axis X. - a rotor disc extending about an axis X, - an annular shroud extending about said axis X and said disc, and - vanes arranged between said disc and said shroud and comprising roots attached to said disc, and summits attached to said shroud,
A washing machine comprising: a first housing configured to include an opening formed therein; a barrier configured to seal the opening , coupled to the first housing and including a first through-hole disposed at the center of the barrier ; a drum for accommodating a laundry inside and rotatably provided in a space provided by the first housing and the barrier ; a second housing coupled to the first housing , one side of which is sealed by the barrier , wherein the first housing comprises an inlet pipe configured to supply carbon dioxide into the drum ;a storage tank configured to store the carbon dioxide to be supplied to the drum ; a circulation flow passage for guiding the carbon dioxide used in the drum to the storage tank or back to the drum , wherein the barrier is configured to block the carbon dioxide of a liquid state in the space provided by the first housing and the barrier from flowing into a space provided by the second housing and the barrier ; a motor unit connected to the drum for rotation of the drum through the first through-hole and disposed in the space provided by the second housing and the barrier , characterized in that the barrier further comprises a second through-hole which allows carbon dioxide of a gas state to flow between the space provided by the first housing and the barrier and the space provided by the second housing and the barrier . a first housing configured to include an opening formed therein; a barrier configured to seal the opening , coupled to the first housing and including a first through-hole disposed at the center of the barrier ; a drum for accommodating a laundry inside and rotatably provided in a space provided by the first housing and the barrier ; a second housing coupled to the first housing , one side of which is sealed by the barrier , wherein the first housing comprises an inlet pipe configured to supply carbon dioxide into the drum ;a storage tank configured to store the carbon dioxide to be supplied to the drum ; a circulation flow passage for guiding the carbon dioxide used in the drum to the storage tank or back to the drum , wherein the barrier is configured to block the carbon dioxide of a liquid state in the space provided by the first housing and the barrier from flowing into a space provided by the second housing and the barrier ; a motor unit connected to the drum for rotation of the drum through the first through-hole and disposed in the space provided by the second housing and the barrier , characterized in that the barrier further comprises a second through-hole which allows carbon dioxide of a gas state to flow between the space provided by the first housing and the barrier and the space provided by the second housing and the barrier .
Electromagnetic switch , comprising: an anchor ; a slider , which can be moved manually to actuate the anchor ; and a deformable force transmission element , which is arranged between the slider and the anchor , the slider being able to be pressed against the deformable force transmission element for actuating the anchor with a pressing force, wherein the deformable force-transmitting element is deformable by the pressing force when exceeding a pressing force limit value, in order to limit the pressing force transferable from the slider to the anchor , characterized in that the deformable force transmission element comprises a deformable tongue , the slider being able to be pressed against the deformable tongue , the deformable tongue being deformable when the pressure force limit value is exceeded, to receive the pressing force of the slider . an anchor ; a slider , which can be moved manually to actuate the anchor ; and a deformable force transmission element , which is arranged between the slider and the anchor , the slider being able to be pressed against the deformable force transmission element for actuating the anchor with a pressing force, wherein the deformable force-transmitting element is deformable by the pressing force when exceeding a pressing force limit value, in order to limit the pressing force transferable from the slider to the anchor , characterized in that the deformable force transmission element comprises a deformable tongue , the slider being able to be pressed against the deformable tongue , the deformable tongue being deformable when the pressure force limit value is exceeded, to receive the pressing force of the slider .
Protecting helmet comprising a rigid outer shell , a front opening in said rigid shell for the face of a user, a protective visor at least rotatable between a lowered position intercepting, at least partially, the front opening and a raised position disengaged from said front opening , and a raising/lowering mechanism to raise/lower the protective visor , the raising/lowering mechanism comprising: • at least one base member , movably or integrally constrained to, or made in a single piece with, the outer shell , and arranged in a side position with respect to said front opening ; characterized by at least one fastening pin constrained in a respective opening of the protective visor ; wherein said base member comprises a seat adapted to rotatably and reversibly house said fastening pin ; and wherein said mechanism comprises at least a first and a second magnetic-coupling member , said first magnetic-coupling member being constrained to, or made in a single piece with, said fastening pin , said second magnetic-coupling member being constrained to, or made in a single piece with, said base member . • at least one base member , movably or integrally constrained to, or made in a single piece with, the outer shell , and arranged in a side position with respect to said front opening ;
A computer-implemented method for secure inter-enterprise data communications between enterprise applications on an electronic device , comprising: receiving , by a bridge application executing on the electronic device, an interoperation request for a first enterprise, wherein the interoperation request includes a first token and a second token; sending , from the bridge application to an application of the first enterprise, the first token, wherein the application of the first enterprise executes on the electronic device; receiving , by the bridge application from the application of the first enterprise, a certificate in response to the first token, wherein the certificate is encrypted by the second token; decrypting , by the bridge application, the certificate by using the second token; and validating , by the bridge application, the application of the first enterprise based on the decrypted certificate. receiving , by a bridge application executing on the electronic device, an interoperation request for a first enterprise, wherein the interoperation request includes a first token and a second token; sending , from the bridge application to an application of the first enterprise, the first token, wherein the application of the first enterprise executes on the electronic device; receiving , by the bridge application from the application of the first enterprise, a certificate in response to the first token, wherein the certificate is encrypted by the second token; decrypting , by the bridge application, the certificate by using the second token; and validating , by the bridge application, the application of the first enterprise based on the decrypted certificate.
A method of preparing a tissue sample including fat and lymph nodes for pathologic staging using a pathologic staging compression device comprising a compression tube having a cylindrical side wall defining a cylindrical space between a top end and a bottom open end, the cylindrical side wall having a plurality of through-holes , a bottom plug mounted in the bottom open end of the compression tube, and a cylindrical shield located around the compression tube, the method comprising the steps of: soaking the tissue sample in acetone to dissolve fat from the sample; compressing the sample in the compression tube of the pathologic staging compression device ; and controlling the compressing step so as to compress the sample to a predetermined degree. soaking the tissue sample in acetone to dissolve fat from the sample; compressing the sample in the compression tube of the pathologic staging compression device ; and controlling the compressing step so as to compress the sample to a predetermined degree.
A system comprising: an elongated catheter comprising a proximal end configured for operative coupling to an electrical supply module, a distal end with a first electrical connector and a first conducting wire to electrically couple the electrical supply module with the first electrical connector; and an implant having a proximal connecting hub configured to detachably mount to the distal end of the elongated catheter by rotation of the elongated catheter relative to the proximal connecting hub, a second electrical connector configured to mate with the first electrical connector, and an active module electrically coupled to the second electrical connector through a second conducting wire, characterized in that the first electrical connector is rotatably mounted to the distal end of the elongated catheter for rotation about a longitudinal axis of the elongated catheter and the second electrical connector is non-rotatably attached to the proximal connecting hub of the implant such that the elongated catheter can be rotated relative to the implant to detach the elongated catheter from the implant without rotation of the first electrical connector relative to the second electrical connector. an elongated catheter comprising a proximal end configured for operative coupling to an electrical supply module, a distal end with a first electrical connector and a first conducting wire to electrically couple the electrical supply module with the first electrical connector; and an implant having a proximal connecting hub configured to detachably mount to the distal end of the elongated catheter by rotation of the elongated catheter relative to the proximal connecting hub, a second electrical connector configured to mate with the first electrical connector, and an active module electrically coupled to the second electrical connector through a second conducting wire, characterized in that the first electrical connector is rotatably mounted to the distal end of the elongated catheter for rotation about a longitudinal axis of the elongated catheter and the second electrical connector is non-rotatably attached to the proximal connecting hub of the implant such that the elongated catheter can be rotated relative to the implant to detach the elongated catheter from the implant without rotation of the first electrical connector relative to the second electrical connector.
A method of a user equipment, UE, for performing a random access procedure for coverage enhancement, the method comprising: determining to transmit a random access channel preamble, RACH Preamble, for repeated transmission of message 3, Msg3, when Reference Signal Received Power, RSRP, of a received synchronization signal is smaller than a predetermined threshold; transmitting (S1000) the random access channel preamble for the repeated transmission of the Msg3 through a Physical Random Access Channel, PRACH; receiving (S1010) a random access response, RAR, including uplink scheduling information for the repeated transmission of the Msg3; and repeatedly transmitting (S1020) the Msg3 based on the uplink scheduling information, wherein a number of repetitions of the Msg3 is indicated by a combination of downlink control information and higher layer signaling, the downlink control information being configured in DCI format 0_0 having CRC scrambled with TC-RNTI, Temporary Cell-Radio Network Temporary Identifier. determining to transmit a random access channel preamble, RACH Preamble, for repeated transmission of message 3, Msg3, when Reference Signal Received Power, RSRP, of a received synchronization signal is smaller than a predetermined threshold; transmitting (S1000) the random access channel preamble for the repeated transmission of the Msg3 through a Physical Random Access Channel, PRACH; receiving (S1010) a random access response, RAR, including uplink scheduling information for the repeated transmission of the Msg3; and repeatedly transmitting (S1020) the Msg3 based on the uplink scheduling information, wherein a number of repetitions of the Msg3 is indicated by a combination of downlink control information and higher layer signaling, the downlink control information being configured in DCI format 0_0 having CRC scrambled with TC-RNTI, Temporary Cell-Radio Network Temporary Identifier.