mhurhangee/ep-ind-claims huggingface dataset:
Acrylate- and silicone-free cosmetic O/W emulsion comprising a) from 0.1 to 6% by weight of at least one fatty acid having 12 to 22 carbon atoms, and b) from 0.1 to 5% by weight hydroxypropyl starch phosphate; based in each case on the total weight of the emulsion, characterized in that - the O/W emulsion does not comprise any mineral oil, - palmitic acid and stearic acid are present, and - in addition to palmitic acid and stearic acid, other fatty acids are present, the ratio by weight of the total amount of palmitic acid and stearic acid to the total amount of other fatty acids being from 8:1 to 99:1. a) from 0.1 to 6% by weight of at least one fatty acid having 12 to 22 carbon atoms, and b) from 0.1 to 5% by weight hydroxypropyl starch phosphate; - the O/W emulsion does not comprise any mineral oil, - palmitic acid and stearic acid are present, and - in addition to palmitic acid and stearic acid, other fatty acids are present, the ratio by weight of the total amount of palmitic acid and stearic acid to the total amount of other fatty acids being from 8:1 to 99:1.
A stretchable display device comprising: a plurality of island substrates, the plurality of island substrates being spaced apart from each other and defining a plurality of pixels; a lower substrate disposed under the plurality of island substrates and including: a plurality of first lower patterns; and a second lower pattern; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns; and a plurality of connecting lines electrically connecting pads disposed on adjacent island substrates of the plurality of island substrates; characterised by the second lower pattern including a plurality of grooves, wherein the plurality of first lower patterns is disposed in the plurality of grooves, and a lower adhesive layer disposed to bond the plurality of first lower patterns and the plurality of island substrates, the lower adhesive layer further being disposed under the plurality of connecting lines and under the plurality of island substrates, wherein the lower adhesive layer is disposed to overlap the plurality of island substrates. a plurality of island substrates, the plurality of island substrates being spaced apart from each other and defining a plurality of pixels; a lower substrate disposed under the plurality of island substrates and including: a plurality of first lower patterns; and a second lower pattern; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns; and a plurality of first lower patterns; and a second lower pattern; wherein an elastic modulus of the plurality of first lower patterns is higher than that of the second lower pattern; and wherein each island substrate of the plurality of island substrates is located on a respective first lower pattern of the plurality of first lower patterns; and a plurality of connecting lines electrically connecting pads disposed on adjacent island substrates of the plurality of island substrates; characterised by the second lower pattern including a plurality of grooves, wherein the plurality of first lower patterns is disposed in the plurality of grooves, and a lower adhesive layer disposed to bond the plurality of first lower patterns and the plurality of island substrates, the lower adhesive layer further being disposed under the plurality of connecting lines and under the plurality of island substrates, wherein the lower adhesive layer is disposed to overlap the plurality of island substrates.
Medical implant having on at least part of its surface a coating having an osteoinductive and/or osteoconductive cover layer based on calcium phosphate and/or calcium carbonate, characterized in that an active antibiotic ingredient which is slightly or poorly soluble in an aqueous environment overcoats the osteoinductive and/or osteoconductive cover layer in a patchy manner with spaces being left free on the osteoinductive and/or osteoconductive cover layer.
A cradle for charging a battery in a handheld electronic device and a spare rechargeable battery, the handheld electronic device having a connection port and a heat-dissipating opening, the cradle comprising: a casing having an insertion slot and a ventilation slot, wherein the insertion slot is adapted to have a portion of the handheld electronic device inserted in it and wherein the casing is adapted to have a portion of the spare rechargeable battery inserted over the ventilation slot; a first connection port disposed in the insertion slot and adapted for coupling with the connection port of the handheld electronic device and electrically connected to a power supply; a second connection port disposed nearby the ventilation slot and adapted for coupling with the inserted portion of the spare rechargeable battery and electrically connected to the power supply; an electric fan located within the casing, connected to the power supply, and disposed between the insertion slot and the ventilation slot, wherein the electric fan is arranged for generating an air flow flowing from an interior of the handheld electronic device to the interior of the casing and leaving away from the casing via the ventilation slot. a casing having an insertion slot and a ventilation slot, wherein the insertion slot is adapted to have a portion of the handheld electronic device inserted in it and wherein the casing is adapted to have a portion of the spare rechargeable battery inserted over the ventilation slot; a first connection port disposed in the insertion slot and adapted for coupling with the connection port of the handheld electronic device and electrically connected to a power supply; a second connection port disposed nearby the ventilation slot and adapted for coupling with the inserted portion of the spare rechargeable battery and electrically connected to the power supply; an electric fan located within the casing, connected to the power supply, and disposed between the insertion slot and the ventilation slot, wherein the electric fan is arranged for generating an air flow flowing from an interior of the handheld electronic device to the interior of the casing and leaving away from the casing via the ventilation slot.
A method, comprising: sensing a first state of a ferroelectric memory cell (105-b) based at least in part on storing a first charge in a first capacitor, wherein the first charge corresponds to the first state of the ferroelectric memory cell (105-b); sensing a second state of the ferroelectric memory cell after sensing the first state, based at least in part on storing a second charge in a second capacitor, wherein the second charge corresponds to the second state of the ferroelectric memory cell (105-b); sensing a third state of the ferroelectric memory cell after sensing the first state and the second state, based at least in part on storing a third charge in a third capacitor, wherein the third charge corresponds to the third state of the ferroelectric memory cell, wherein a logic value associated with the third state is opposite from a logic value associated with the second state; determining a logic value of the ferroelectric memory cell based at least in part on a comparison of the first state with an average of the second state and the third state; and writing the logic value associated with the first state to the ferroelectric memory cell (105-b), wherein writing the logic value is based at least in part on the comparison of the first state with the average of the second state and the third state. sensing a first state of a ferroelectric memory cell (105-b) based at least in part on storing a first charge in a first capacitor, wherein the first charge corresponds to the first state of the ferroelectric memory cell (105-b); sensing a second state of the ferroelectric memory cell after sensing the first state, based at least in part on storing a second charge in a second capacitor, wherein the second charge corresponds to the second state of the ferroelectric memory cell (105-b); sensing a third state of the ferroelectric memory cell after sensing the first state and the second state, based at least in part on storing a third charge in a third capacitor, wherein the third charge corresponds to the third state of the ferroelectric memory cell, wherein a logic value associated with the third state is opposite from a logic value associated with the second state; determining a logic value of the ferroelectric memory cell based at least in part on a comparison of the first state with an average of the second state and the third state; and writing the logic value associated with the first state to the ferroelectric memory cell (105-b), wherein writing the logic value is based at least in part on the comparison of the first state with the average of the second state and the third state.
A method performed by a user equipment, UE in a wireless communication system, the method comprising: determining a first type of resources and a second type of resources that are semi-statically configured for first data communication; in case that the first data communication is needed to be performed: puncturing a resource among the second type of resources, and performing the first data communication on the resource; in case that the first data communication is not performed: performing a second data communication on the resource among the second type of resources without puncturing the resource; and transmitting, to a network, assistance information related to the first type of resources or the second type of resources, wherein the first type of resources and the second type of resources are semi-statically configured, and wherein the assistance information includes at least one of release information of the first type of resources or the second type of resources or change request information of the first type of resources or the second type of resources, wherein the first data communication has a relatively short latency requirement than the second data communication, wherein the first type of resources comprises resources for which puncturing is always applied, and wherein the second type of resources comprises resources to which puncturing is applied depending on whether data communication having the short latency requirement is performed. determining a first type of resources and a second type of resources that are semi-statically configured for first data communication; in case that the first data communication is needed to be performed: puncturing a resource among the second type of resources, and performing the first data communication on the resource; puncturing a resource among the second type of resources, and performing the first data communication on the resource; in case that the first data communication is not performed: performing a second data communication on the resource among the second type of resources without puncturing the resource; and transmitting, to a network, assistance information related to the first type of resources or the second type of resources, wherein the first type of resources and the second type of resources are semi-statically configured, and wherein the assistance information includes at least one of release information of the first type of resources or the second type of resources or change request information of the first type of resources or the second type of resources, wherein the first data communication has a relatively short latency requirement than the second data communication, wherein the first type of resources comprises resources for which puncturing is always applied, and wherein the second type of resources comprises resources to which puncturing is applied depending on whether data communication having the short latency requirement is performed.
A computer-implemented method, comprising: accessing first voice input data of a first computing device associated with a user account, the first voice input data comprising a first recognized word segment, a first confidence value corresponding to the first recognized word segment, and a first timestamp associated with a first voice command; accessing second voice input data of a second computing device associated with the user account, the second voice input data comprising a second recognized word segment, a second confidence value corresponding to the second recognized word segment, and a second timestamp associated with a second voice command; determining that each of the first and second voice commands comprises an intended voice command based on a first comparison of the first timestamp and the second timestamp and a second comparison of a first location of the first computing device and a second location of the second computing device; merging the first recognized word segment and the second recognized word segment based on the first confidence value and the second confidence value, wherein the intended voice command comprises the merged first recognized word segment and the second recognized word segment; determining a first target computing device based on the intended voice command; and providing first instructions associated with the intended voice command to the first target computing device for execution. accessing first voice input data of a first computing device associated with a user account, the first voice input data comprising a first recognized word segment, a first confidence value corresponding to the first recognized word segment, and a first timestamp associated with a first voice command; accessing second voice input data of a second computing device associated with the user account, the second voice input data comprising a second recognized word segment, a second confidence value corresponding to the second recognized word segment, and a second timestamp associated with a second voice command; determining that each of the first and second voice commands comprises an intended voice command based on a first comparison of the first timestamp and the second timestamp and a second comparison of a first location of the first computing device and a second location of the second computing device; merging the first recognized word segment and the second recognized word segment based on the first confidence value and the second confidence value, wherein the intended voice command comprises the merged first recognized word segment and the second recognized word segment; determining a first target computing device based on the intended voice command; and providing first instructions associated with the intended voice command to the first target computing device for execution.
A method of enabling a high voltage input and/or output in a standard IC process, the high voltage being higher than specified for I/O transistors of the standard IC process, the method comprising • providing that high voltage inputs or outputs of an IC implemented in said standard IC process comprise passive impedance transformation circuitry; • providing that the passive impedance transformation circuitry of a particular high voltage input or output includes contributions from external and on-chip circuitry coupled to the high voltage input or output in question; • providing that the on-chip impedance transformation circuitry is based on capacitors; • coupling the high voltage inputs or outputs to diode based ESD protection circuitry, and • connecting the high voltage inputs or outputs directly to an off-chip coil antenna, so that the external contribution to the passive impedance transformation circuitry of a particular high voltage input or output is constituted by the off-chip coil antenna. • providing that high voltage inputs or outputs of an IC implemented in said standard IC process comprise passive impedance transformation circuitry; • providing that the passive impedance transformation circuitry of a particular high voltage input or output includes contributions from external and on-chip circuitry coupled to the high voltage input or output in question; • providing that the on-chip impedance transformation circuitry is based on capacitors; • coupling the high voltage inputs or outputs to diode based ESD protection circuitry, and • connecting the high voltage inputs or outputs directly to an off-chip coil antenna, so that the external contribution to the passive impedance transformation circuitry of a particular high voltage input or output is constituted by the off-chip coil antenna.
A wiring module that is to be attached to an electricity storage device group in which a plurality of electricity storage devices that each have positive and negative electrode terminals are arranged, comprising a plurality of basic units that are arranged in a direction in which the electricity storage devices are arranged, wherein each of the plurality of basic units includes: a bus bar that is configured to electrically connect the electrode terminals of two adjacent electricity storage devices to each other; an electrical wire that is to be electrically connected to the electricity storage devices to detect a state of the electricity storage device group; an overcurrent protection device that is configured to electrically connect the bus bar and the electrical wire to each other, and prevent an overcurrent from flowing through the electrical wire; and a housing that is provided with a protection device opening into which the overcurrent protection device is inserted, and a bus bar opening into which the bus bar is inserted, and the protection device opening opens in a direction in which the bus bar extends. a bus bar that is configured to electrically connect the electrode terminals of two adjacent electricity storage devices to each other; an electrical wire that is to be electrically connected to the electricity storage devices to detect a state of the electricity storage device group; an overcurrent protection device that is configured to electrically connect the bus bar and the electrical wire to each other, and prevent an overcurrent from flowing through the electrical wire; and a housing that is provided with a protection device opening into which the overcurrent protection device is inserted, and a bus bar opening into which the bus bar is inserted, and the protection device opening opens in a direction in which the bus bar extends.
- A connector assembly comprising: - a plug comprising a body, an insert and contacts housed longitudinally in the insert, - a socket comprising a body, a spacer, an insert and contacts housed longitudinally in the insert, - the body of the plug is adapted to be inserted in the body of the socket during coupling to allow the contacts of the plug to be connected with the contacts of the socket, wherein: - the plug comprises a front face closed by a first shutter positioned radially on the plug, - the socket comprises a front face closed by a second shutter positioned radially on the socket, characterized in that: - the first and second shutters (15, 25) are adapted to turn simultaneously around the same swiveling axis (16, 26) and be housed inside the plug and the socket when said plug and said socket are coupled. - a plug comprising a body, an insert and contacts housed longitudinally in the insert, - a socket comprising a body, a spacer, an insert and contacts housed longitudinally in the insert, - the body of the plug is adapted to be inserted in the body of the socket during coupling to allow the contacts of the plug to be connected with the contacts of the socket, wherein: - the plug comprises a front face closed by a first shutter positioned radially on the plug, - the socket comprises a front face closed by a second shutter positioned radially on the socket, - the first and second shutters (15, 25) are adapted to turn simultaneously around the same swiveling axis (16, 26) and be housed inside the plug and the socket when said plug and said socket are coupled.
A method performed by a vehicle to everything, V2X, application specific server for supporting session-oriented services for a vehicle, the method comprising: transmitting a session-oriented service trigger request to a V2X application enabler, VAE, server to initiate a session-oriented service for a VAE client of a V2X user equipment; receiving a session-oriented service trigger response from the VAE server indicating whether or not the VAE server has an ability to initiate a session-oriented service with the VAE client; receiving a session-oriented service establish notification from the VAE server indicating a session-oriented service has been established; transmitting a session-oriented service change trigger request to the VAE server, the session-oriented service change trigger request comprising the identity of a session of the session-oriented service and an update of QoS requirements of the session; and receiving a session-oriented service change trigger response from the VAE server indicating whether or not the VAE server is able to continue the session-oriented service with the updated QoS requirements; wherein transmitting the session-oriented service trigger request comprises transmitting the session-oriented service trigger request with information associated with the session-oriented service, and wherein the information comprises one or more of an identity of the VAE client, the identity of the V2X application specific server, the identity of the session, and a type or quality of service, QoS, requirement of the session-oriented service. transmitting a session-oriented service trigger request to a V2X application enabler, VAE, server to initiate a session-oriented service for a VAE client of a V2X user equipment; receiving a session-oriented service trigger response from the VAE server indicating whether or not the VAE server has an ability to initiate a session-oriented service with the VAE client; receiving a session-oriented service establish notification from the VAE server indicating a session-oriented service has been established; transmitting a session-oriented service change trigger request to the VAE server, the session-oriented service change trigger request comprising the identity of a session of the session-oriented service and an update of QoS requirements of the session; and receiving a session-oriented service change trigger response from the VAE server indicating whether or not the VAE server is able to continue the session-oriented service with the updated QoS requirements;
A process for producing an isocyanate-group terminated polyoxazolidinone comprising the copolymerization of a polyisocyanate compound with two or more isocyanate groups with a polyepoxide compound with two or more epoxy groups in the presence of a catalyst and in a solvent; wherein the molar ratio of the isocyanate groups of the polyisocyanate compound to the epoxy groups of the polyepoxide compound is larger than 2: 1 and less than 25: 1; wherein the catalyst is at least one compound selected from the group consisting of LiCl, LiBr, LiI, MgCl 2, MgBr 2, MgI 2, SmI 3, Ph 4 PBr, Ph 4 PCl, Ph 3 (C 6 H 4 -OCH 3)PBr, Ph 3 (C 6 H 4 -OCH 3)PCl, Ph 3 (C 6 H 4 F)PCl, and Ph 3 (C6H 4 F)PBr; wherein the catalyst is used in a molar amount of 0.001 to 2.0 mol-% based on the polyepoxide compound. wherein the molar ratio of the isocyanate groups of the polyisocyanate compound to the epoxy groups of the polyepoxide compound is larger than 2: 1 and less than 25: 1; wherein the catalyst is at least one compound selected from the group consisting of LiCl, LiBr, LiI, MgCl 2, MgBr 2, MgI 2, SmI 3, Ph 4 PBr, Ph 4 PCl, Ph 3 (C 6 H 4 -OCH 3)PBr, Ph 3 (C 6 H 4 -OCH 3)PCl, Ph 3 (C 6 H 4 F)PCl, and Ph 3 (C6H 4 F)PBr; wherein the catalyst is used in a molar amount of 0.001 to 2.0 mol-% based on the polyepoxide compound.