mhurhangee/ep-ind-claims huggingface dataset:
An electricity storage device comprising an electrode, a separator for an electricity storage device, and a nonaqueous electrolyte solution, the separator for an electricity storage device comprising a first porous layer (layer A) that includes a silane-modified polyolefin and is capable of forming a crosslinked structure, and a second porous layer (layer B) that includes inorganic particles, wherein the heat shrinkage factor at 150°C after formation of the crosslinked structure, determined as described in the description, is 0.02 to 0.91 times the heat shrinkage factor at 150°C before formation of the crosslinked structure, determined as described in the description, wherein the electrolyte solution initiates silane crosslinking reaction when the separator for an electricity storage device contacts with the electrolyte solution, and wherein the ratio (TA/TB) of the thickness of layer A with respect to the thickness of layer B is 0.22 to 14. the separator for an electricity storage device comprising a first porous layer (layer A) that includes a silane-modified polyolefin and is capable of forming a crosslinked structure, and a second porous layer (layer B) that includes inorganic particles, wherein the heat shrinkage factor at 150°C after formation of the crosslinked structure, determined as described in the description, is 0.02 to 0.91 times the heat shrinkage factor at 150°C before formation of the crosslinked structure, determined as described in the description, wherein the electrolyte solution initiates silane crosslinking reaction when the separator for an electricity storage device contacts with the electrolyte solution, and wherein the ratio (TA/TB) of the thickness of layer A with respect to the thickness of layer B is 0.22 to 14.
A negative electrode active material comprising: an active material core that allows intercalation and deintercalation of lithium ions; a conductive material disposed on a surface of the active material core; an organic linker connecting the active material core and the conductive material; and an elastomer covering at least a part of the active material core and the conductive material, wherein the conductive material comprises at least one selected from the group consisting of a linear conductive material and a planar conductive material, wherein the organic linker is a compound that comprises a hydrophobic structure and a substituent comprising a polar functional group, wherein the hydrophobic structure includes one or more selected from the group consisting of a ring having a π-electron conjugated structure and a C3-C20 alkylene structure; and the substituent comprising a polar functional group is one or more selected from the group consisting of a carboxyl group; a carboxylate group; a phosphoric acid group; a phosphate group; a sulfuric acid group; a sulfate group; and a C 1 -C 8 alkyl group substituted with a carboxyl group, a carboxylate group, a phosphoric acid group, a phosphate group, a sulfuric acid group, or a sulfate group; and wherein the elastomer is one or more selected from the group consisting of a polysiloxane elastomer and a thermoplastic polyester elastomer. an active material core that allows intercalation and deintercalation of lithium ions; a conductive material disposed on a surface of the active material core; an organic linker connecting the active material core and the conductive material; and an elastomer covering at least a part of the active material core and the conductive material, wherein the conductive material comprises at least one selected from the group consisting of a linear conductive material and a planar conductive material, wherein the organic linker is a compound that comprises a hydrophobic structure and a substituent comprising a polar functional group, wherein the hydrophobic structure includes one or more selected from the group consisting of a ring having a π-electron conjugated structure and a C3-C20 alkylene structure; and the substituent comprising a polar functional group is one or more selected from the group consisting of a carboxyl group; a carboxylate group; a phosphoric acid group; a phosphate group; a sulfuric acid group; a sulfate group; and a C 1 -C 8 alkyl group substituted with a carboxyl group, a carboxylate group, a phosphoric acid group, a phosphate group, a sulfuric acid group, or a sulfate group; and wherein the elastomer is one or more selected from the group consisting of a polysiloxane elastomer and a thermoplastic polyester elastomer.
A ceramic cutting machine comprising: - a dual angle guide; - a cutting machine base; - a cutting tool mounted to a sliding carriage; wherein the dual angle guide comprises: - a base for the dual guide, upon which the following elements are located; - a first positioning element, which rotates in both a clockwise and anticlockwise direction, being regulable in order to facilitate the scoring and cutting of a ceramic piece at different angles; - a second positioning element, which rotates in both a clockwise and anticlockwise direction, being regulable in order to facilitate the scoring and cutting of the ceramic piece at different angles; - a calibrated sector with fixed angles for each positioning element (4,5); - a first fixed stop and a second fixed stop, which locate the positioning elements (4,5) at a chosen angle on the calibrated sector and; - rotation elements, for rotating the positioning elements (4,5); in such a way that the positioning elements (4,5) are independent from one another and make it possible to cut the ceramic piece at different angles, these cuts being made by means of the cutting tool, wherein the ceramic piece is supported on the cutting machine base; characterised in that the ceramic cutting machine further comprising: - a stop element and; - a latch element, which connects the stop element to the positioning element (4,5); where one end of the latch element is introduced into the stop element and the other end of the latch element is introduced into a flute comprised in each positioning element (4,5), in such a way that the stop element is contiguous to the positioning element (4,5). - a dual angle guide; - a cutting machine base; - a cutting tool mounted to a sliding carriage; - a base for the dual guide, upon which the following elements are located; - a first positioning element, which rotates in both a clockwise and anticlockwise direction, being regulable in order to facilitate the scoring and cutting of a ceramic piece at different angles; - a second positioning element, which rotates in both a clockwise and anticlockwise direction, being regulable in order to facilitate the scoring and cutting of the ceramic piece at different angles; - a calibrated sector with fixed angles for each positioning element (4,5); - a first fixed stop and a second fixed stop, which locate the positioning elements (4,5) at a chosen angle on the calibrated sector and; - rotation elements, for rotating the positioning elements (4,5); - a stop element and; - a latch element, which connects the stop element to the positioning element (4,5);
Endoscopic snare apparatus (10, 100, 100'), comprising: a pair of bowed, resiliently deformable, snare wires (12, 14) with bow shaped memory fastened together at a proximal end, said snare wires (12, 14) extending longitudinally in radially flared relation to each other to a distal end at a snare length from the proximal end and defining a snare wire plane extending between the snare wires (12, 14), the pair of snare wires (12, 14) having resilient bias to separate mid-portions (16, 18) of the snare wires (12, 14) a width away from each other; and a mesh attached in a non-slip manner to the snare wires (12, 14), characterized by: the mesh being attached in the non-slip manner to mid-portions (16, 18) and distal end portions (22, 24) of the snare wires (12, 14) for a mesh length that is in a range of one-fourth to three-fourths of the snare length such that a proximal marginal edge portion of the mesh extends from a non-slip attachment to the mid-portion (16, 18) of one of the snare wires (12, 14) to a non-slip attachment to the mid-portion (16, 18) of the other one of the snare wires (12, 14), the proximal marginal edge portion of the mesh being longer than the width between the mid-portions (16, 18) of the bowed snare wires (12, 14), whereby the bowed snare wires (12, 14) and mesh form a basket partially enclosing a space above the snare wire plane with an unobstructed opening through the snare wire plane to the space of the basket and the proximal marginal edge portion of the mesh forms a mouth of the basket over the snare wire plane
Method for securing a request for execution of a first application by a second application, the first application being intended to be executed by a first device in a first secure environment, the second application being intended to be executed by a second device in a second environment, distinct from the first environment, said method comprising the following steps, implemented by the first device: - reception of a first request for execution of the first application (REQU_P1), originating from the second application, - generation of a random item for said first execution request and of a session key (K sess) dependent on the random item generated, - dispatching of said random item to a trusted entity, said random item being intended to allow the trusted entity to generate the session key, - reception of a second request for execution of the first application (REQU_AUTH_P1), originating from a third application generated by the trusted entity and transmitted to the second device, said third application comprising the session key and being able to interface with the first application, and - authentication of the third application by means of the session key, said authentication conditioning the execution of the first application. - reception of a first request for execution of the first application (REQU_P1), originating from the second application, - generation of a random item for said first execution request and of a session key (K sess) dependent on the random item generated, - dispatching of said random item to a trusted entity, said random item being intended to allow the trusted entity to generate the session key, - reception of a second request for execution of the first application (REQU_AUTH_P1), originating from a third application generated by the trusted entity and transmitted to the second device, said third application comprising the session key and being able to interface with the first application, and - authentication of the third application by means of the session key, said authentication conditioning the execution of the first application.
A machine for blowing or stretch-blowing bottles or containers made of a polymer material having a plurality of molds which are movable on a transport system, wherein each of said molds has a front, a back, and a bottom and comprises a first half-mold and a second half-mold hinged about a hinge axis and a base, wherein each of said molds comprises a mechanism for the synchronized actuation of the half-molds (2a, 2b) and the base actuated by an actuator thereof, which is independent from the motorization of the machine, to cyclically form, in cooperation with suitable shaped portions, a closed cavity adapted to receive a preheated preform and to allow the expansion by blowing or stretch-blowing of the preform inside the cavity to obtain a bottle or container, wherein the base is wedge-shaped and comprises a horizontal closing surface, facing the bottom of the mold, and an inclined surface, and wherein the actuation mechanism of the base comprises a wedge-shaped element having an inclined surface with an inclination descending towards the front of the mold, said inclined surface of the base and inclined surface of the wedge-shaped element being slidingly coupled to each other.
A transparent display device comprising: a display panel; a source printed circuit board, PCB, a signal line being mounted on the source PCB; a control PCB, a timing controller being mounted on the control PCB, wherein the source PCB and the control PCB are integrated into one printed circuit board, PCB; and a circuit film connected to the display panel at one side of the circuit film and connected to the PCB at the otherside, wherein the source PCB and the control PCB are disposed to overlap each other, and the PCB is disposed not to overlap the display panel, and wherein the PCB comprises a first surface, on which a plurality of circuit wirings are mounted including the signal line, and a second surface on which the timing controller is mounted; and further comprising a groove provided in the second surface of the PCB, the timing controller being mounted into the groove. a display panel; a source printed circuit board, PCB, a signal line being mounted on the source PCB; a control PCB, a timing controller being mounted on the control PCB, wherein the source PCB and the control PCB are integrated into one printed circuit board, PCB; and a circuit film connected to the display panel at one side of the circuit film and connected to the PCB at the otherside, wherein the source PCB and the control PCB are disposed to overlap each other, and the PCB is disposed not to overlap the display panel, and wherein the PCB comprises a first surface, on which a plurality of circuit wirings are mounted including the signal line, and a second surface on which the timing controller is mounted; and further comprising a groove provided in the second surface of the PCB, the timing controller being mounted into the groove.
Quick-connection hydraulic coupling joint comprising at least one female connection component and at least one male connection component, said female connection component being equipped with at least one first passage duct of at least one pressurised working fluid connected with at least one first passage opening of said fluid, said male connection component being equipped with at least one second passage duct of at least said pressurised working fluid connected with at least one second passage opening of said fluid, said male connection component being equipped with at least one projecting connection element on the surface of which said second passage opening is arranged, and said female connection component being equipped with a corresponding seat on the surface of which said first passage opening is arranged and is adapted to house therein said projecting connection element when said joint is in a connection position thereof in order to take said first passage opening next to and in fluidic connection with said second passage opening to share a common flow axis F-F of said working fluid passing through said first passage duct, said first passage opening, said second passage duct and said second passage opening, or vice versa, characterised in that, when said female connection component and said male connection component are in said connection position, they share a virtual, front connection interface plane P subtending with said flow axis F-F an angle α << 90°, said angle α being preferably included between 5° and 15°, and still more preferably substantially equal to 10°.
Method of automatic provisioning of a Subscriber Identity Module - SIM - card when using the SIM card for the first time by means of an Over-The-Air - OTA - platform and a mobile telephone, the method comprising: - equipping the SIM card with an automated provisioning application that becomes resident on the SIM card, - activation data comprising International Mobile Subscriber Identity - IMSI - and other data is being stored on the SIM card, - the SIM card is caused to send a provisioning request, controlled by said application, when the SIM card is placed in a mobile telephone for the first time and the telephone is switched on, to the OTA platform, - a database associated with the OTA platform is updated with data, - the OTA platform retrieves Mobile Station ISDN number - MSISDN - from the data sent to the OTA platform, characterized in that - Integrated Circuit Card ID - ICCID -, IMSI and OTA keys are transferred from the SIM card to the OTA platform, - in the step of updating, said transferred ICCID, IMSI and OTA keys are stored in the database, and - the MSISDN is attached to said transferred IMSI. - equipping the SIM card with an automated provisioning application that becomes resident on the SIM card, - activation data comprising International Mobile Subscriber Identity - IMSI - and other data is being stored on the SIM card, - the SIM card is caused to send a provisioning request, controlled by said application, when the SIM card is placed in a mobile telephone for the first time and the telephone is switched on, to the OTA platform, - a database associated with the OTA platform is updated with data, - the OTA platform retrieves Mobile Station ISDN number - MSISDN - from the data sent to the OTA platform, - Integrated Circuit Card ID - ICCID -, IMSI and OTA keys are transferred from the SIM card to the OTA platform, - in the step of updating, said transferred ICCID, IMSI and OTA keys are stored in the database, and - the MSISDN is attached to said transferred IMSI.
A method of wireless communication at a first base station (105, 205), comprising: predetermining a plurality of bandwidth parts to be monitored by a user equipment, UE, associated with the first base station (105, 205) in a plurality of transmission slots based on resource reservation information received from at least a second base station (105, 205), wherein the plurality of transmission slots include one or more transmission slots (502, 504, 506) for first transmissions of ultra-reliable low-latency, URLLC, traffic associated with the second base station and one or more retransmission slots (508, 510) for retransmissions of ultra-reliable low-latency, URLLC, traffic associated with the second base station, wherein the resource reservation information indicates that the one or more retransmission slots (508, 510) associated with the second base station (105,205) are unused by user equipment, UE, associated with the at least one second base station; and transmitting, to the user equipment, UE, associated with the first base station (105, 205) in a radio resource control, RRC, message, information indicating the predetermined bandwidth parts in the one or more transmission slots; and scheduling the UE associated with the first base station (105, 205) in the one or more retransmission slots (508, 510) associated with the second base station for transmission of best effort traffic. predetermining a plurality of bandwidth parts to be monitored by a user equipment, UE, associated with the first base station (105, 205) in a plurality of transmission slots based on resource reservation information received from at least a second base station (105, 205), wherein the plurality of transmission slots include one or more transmission slots (502, 504, 506) for first transmissions of ultra-reliable low-latency, URLLC, traffic associated with the second base station and one or more retransmission slots (508, 510) for retransmissions of ultra-reliable low-latency, URLLC, traffic associated with the second base station, wherein the resource reservation information indicates that the one or more retransmission slots (508, 510) associated with the second base station (105,205) are unused by user equipment, UE, associated with the at least one second base station; and transmitting, to the user equipment, UE, associated with the first base station (105, 205) in a radio resource control, RRC, message, information indicating the predetermined bandwidth parts in the one or more transmission slots; and scheduling the UE associated with the first base station (105, 205) in the one or more retransmission slots (508, 510) associated with the second base station for transmission of best effort traffic.
A workpiece processing head comprising a processing head housing, an allocation device connected thereto and at least one work spindle that can be allocated to the processing head housing by the allocation device, wherein a driving spindle is arranged in a receptacle of the processing head housing such that it is rotatable about its spindle axis and the driving spindle or the receptacle is furthermore arranged such that it can be displaced along the spindle axis, wherein the work spindle features a spindle body that is rotatable about its rotational axis and said spindle body is on its rear end rotationally coupled to a front end of the driving spindle by means of a disengageable coupling, wherein the spindle body furthermore features on its front end a tool receptacle, in which a tool holder with a processing tool can be arranged, wherein the direction of the rotational axis of the spindle body and the direction of the spindle axis of the driving spindle coincide in the allocated state and form a rotational processing axis, wherein a 2-channel conveyor pipe for minimal lubrication is provided along the processing axis and said 2-channel conveyor pipe features a lubricant channel and a compressed gas channel, wherein the 2-channel conveyor pipe features a medium transfer device on its rear end lying opposite of the spindle body, as well as a 2-channel conveyor pipe coupling in the region of the coupling, and wherein the 2-channel conveyor pipe is motionally connected to the driving spindle at least over a section of the longitudinal displacement, characterized in that the 2-channel conveyor pipe coupling features an automatically closing valve at least for the lubricant channel of the work spindle, in that a volume compensation element is furthermore connected to the lubricant channel of the 2-channel conveyor pipe in the section between the conveyor pipe coupling and the medium transfer device, wherein the volume of the lubricant channel is connected to a volume of the volume compensation element, and in that the volume compensation element features a piston, which is connected to the lubricant channel and arranged such that it can be longitudinally displaced relative to a cylinder of the volume compensation element.
A lighting device, comprising: a DC/DC converter for receiving a DC input power and converting the DC input power into a DC output required for a load; a voltage detection unit (R1, R2 and 3) for detecting a voltage of the output of the DC/DC converter or a corresponding value to the voltage of the output of the DC/DC converter; and a current detection unit (R3 and 4) for detecting a current of the output of the DC/DC converter or a corresponding value to the current of the output of the DC/DC converter, a control unit for controlling the DC/DC converter based on detection values from the voltage detection unit (R1, R2 and 3) and/or the current detection unit (R3 and 4), characterised in that the control unit is adapted to determine that the load has a fault by detecting that an absolute value of a gradient of a change in the voltage or current of the output of the DC/DC converter versus time is equal to or greater than a predetermined value, and thereupon to reduce the output of the DC/DC converter. a DC/DC converter for receiving a DC input power and converting the DC input power into a DC output required for a load; a voltage detection unit (R1, R2 and 3) for detecting a voltage of the output of the DC/DC converter or a corresponding value to the voltage of the output of the DC/DC converter; and a current detection unit (R3 and 4) for detecting a current of the output of the DC/DC converter or a corresponding value to the current of the output of the DC/DC converter, a control unit for controlling the DC/DC converter based on detection values from the voltage detection unit (R1, R2 and 3) and/or the current detection unit (R3 and 4), characterised in that the control unit is adapted to determine that the load has a fault by detecting that an absolute value of a gradient of a change in the voltage or current of the output of the DC/DC converter versus time is equal to or greater than a predetermined value, and thereupon to reduce the output of the DC/DC converter.