mhurhangee/patent-ind-claim-en huggingface dataset:
A heating element comprising: a first CNT layer comprising: a first perforated region having a plurality of perforations and a first perforation density and a first electrical resistivity; characterised in that the first CNT layer further comprises a second perforated region having a plurality of perforations and a second perforation density different from the first perforation density, wherein the second perforated region has a different number of perforations than the first perforated region and wherein the second perforated region has a second electrical resistivity different from the first resistivity, and the heating element further comprises a second CNT layer , the first perforated region of the first CNT layer overlaps with at least a portion of the second CNT layer , and the CNT layers are CNT-filled thermoplastic films. a first CNT layer comprising: a first perforated region having a plurality of perforations and a first perforation density and a first electrical resistivity; characterised in that the first CNT layer further comprises a second perforated region having a plurality of perforations and a second perforation density different from the first perforation density, wherein the second perforated region has a different number of perforations than the first perforated region and wherein the second perforated region has a second electrical resistivity different from the first resistivity, and the heating element further comprises a second CNT layer , the first perforated region of the first CNT layer overlaps with at least a portion of the second CNT layer , and the CNT layers are CNT-filled thermoplastic films.
A method performed by a base station in a wireless communication system, the method comprising: transmitting, to a terminal, a radio resource control, RRC, message including a first scheduling request, SR, resource configuration for a first transmission type and a second SR resource configuration for a second transmission type, wherein the first transmission type is associated with a first transmission time interval, TTI, and the second transmission type is associated with a second TTI; and receiving, from the terminal, the SR on an SR resource, wherein the SR resource is one of the first SR resource configuration for the first transmission type or the second SR resource configuration for the second transmission type in the RRC message, wherein a length of the first TTI is smaller than a length of the second TTI. transmitting, to a terminal, a radio resource control, RRC, message including a first scheduling request, SR, resource configuration for a first transmission type and a second SR resource configuration for a second transmission type, wherein the first transmission type is associated with a first transmission time interval, TTI, and the second transmission type is associated with a second TTI; and receiving, from the terminal, the SR on an SR resource, wherein the SR resource is one of the first SR resource configuration for the first transmission type or the second SR resource configuration for the second transmission type in the RRC message, wherein a length of the first TTI is smaller than a length of the second TTI.
A headlight assembly for a mower , the headlight assembly comprising: a cover member defining an aperture ; a first light source at least partially received within the aperture , wherein the first light source is configured to illuminate a first area in front of the mower ; a second light source coupled to the cover member , wherein the second light source is configured to illuminate a second area extending at least partially around the mower , and wherein the cover member defines a mounting recess configured to receive the second light source ; and a lens , mounted to the cover member such that the lens covers the second light source , characterised in that the lens is received in the mounting recess , and the second light source comprises a printed circuit board , PCB, having a flexible structure allowing the second light source to be mounted on the cover member , and light-emitting diodes , LEDs, mounted to the PCB . a cover member defining an aperture ; a first light source at least partially received within the aperture , wherein the first light source is configured to illuminate a first area in front of the mower ; a second light source coupled to the cover member , wherein the second light source is configured to illuminate a second area extending at least partially around the mower , and wherein the cover member defines a mounting recess configured to receive the second light source ; and a lens , mounted to the cover member such that the lens covers the second light source , characterised in that the lens is received in the mounting recess , and the second light source comprises a printed circuit board , PCB, having a flexible structure allowing the second light source to be mounted on the cover member , and light-emitting diodes , LEDs, mounted to the PCB .
A method for growing and maintaining living cells, comprising: providing a fluid source in a fluidic system; providing a microfluidic fluid path in the fluidic system; providing a fluid displacement apparatus capable of providing at least one of positive and negative displacement of the fluid and configured to indirectly displace the fluid to establish a fluid flow within the fluid path of the system; providing an in-line flow sensor configured to directly measure the fluid flow; providing a feed-back control, comprising a process signal speed faster than about 1 second, in communication with the apparatus and the in-line flow sensor, wherein the feed-back control is configured to continuously control the fluid flow in response to the flow sensor measurements; establishing a desired fluid flow rate within the fluid path by determining the differences between the desired set point and the measured flow rate and adjusting the fluid displacement apparatus in response to the feed-back control to maintain the fluid flow at a constant velocity with pulsing less than from about 0.01 % to about 20% of the set point for the desired fluid flow rate, wherein the feedback control mechanism communicates with the fluid displacement apparatus to adjust the fluid flow by (a) changing the motor rotational speed or (b) adjusting the pressure regulation component, relative to the feedback from the sensor; exposing living cells to the fluid flow within the fluid path. providing a fluid source in a fluidic system; providing a microfluidic fluid path in the fluidic system; providing a fluid displacement apparatus capable of providing at least one of positive and negative displacement of the fluid and configured to indirectly displace the fluid to establish a fluid flow within the fluid path of the system; providing an in-line flow sensor configured to directly measure the fluid flow; providing a feed-back control, comprising a process signal speed faster than about 1 second, in communication with the apparatus and the in-line flow sensor, wherein the feed-back control is configured to continuously control the fluid flow in response to the flow sensor measurements; establishing a desired fluid flow rate within the fluid path by determining the differences between the desired set point and the measured flow rate and adjusting the fluid displacement apparatus in response to the feed-back control to maintain the fluid flow at a constant velocity with pulsing less than from about 0.01 % to about 20% of the set point for the desired fluid flow rate, wherein the feedback control mechanism communicates with the fluid displacement apparatus to adjust the fluid flow by (a) changing the motor rotational speed or (b) adjusting the pressure regulation component, relative to the feedback from the sensor; exposing living cells to the fluid flow within the fluid path.
Solar module holding device , which is configured to enable an assembly of at least one, in particular solar-position-tracking, solar module , with a shaft , in particular a rotatable shaft , with a base body that forms at least one support surface configured for a support at least of a portion of the solar module , the base body being embodied as a sheet part, which is preferably implemented as one piece, with at least one solar module holding element which is moulded on the base body integrally and is configured for a fixing of a solar module , and with at least one further solar module holding element , which is moulded on the base body integrally and is configured for a fixing of a further solar module , the solar module holding elements being realized in a hook shape and protruding from the support surface (189 of the base body , the solar module holding elements being in each case configured to create a form-fit connection to respectively one solar module , wherein the base body has a side wall and a further side wall , said side walls being bent off at least substantially perpendicularly to the support surface , characterised in that the solar module holding element and the further solar module holding element are arranged in each case at an offset from a central line of the support surface outwards towards the respective side walls . with at least one solar module holding element which is moulded on the base body integrally and is configured for a fixing of a solar module , and with at least one further solar module holding element , which is moulded on the base body integrally and is configured for a fixing of a further solar module , the solar module holding elements being realized in a hook shape and protruding from the support surface (189 of the base body , the solar module holding elements being in each case configured to create a form-fit connection to respectively one solar module , wherein the base body has a side wall and a further side wall , said side walls being bent off at least substantially perpendicularly to the support surface , characterised in that the solar module holding element and the further solar module holding element are arranged in each case at an offset from a central line of the support surface outwards towards the respective side walls .
Vehicle interior assembly comprising a dashboard structure , a steering column extending along a steering column axis (A) and a display device for displaying information to a driver, the position of the steering column being adjustable relative to the dashboard structure for adjusting the height and the reach of the steering column , characterised in that the display device is slidably mounted onto the dashboard structure and slidably mounted along the steering column such as to move up and down relative to the dashboard structure jointly with the steering column when adjusting the height of the steering column and to be stationary relative to the dashboard structure without impairing the movement of the steering column when adjusting the reach of the steering column .
A liquid dispenser to supply liquid to an animal, comprising: a container configured to store liquid and having an upper opening; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid (300 and 400) seated on the container to cover the upper opening and having a hole through which liquid discharged from the pump flows, and a base to support the container , characterized in that the base includes: a fan having an intake and an outtake, a suction grill through which ambient air is suctioned via the intake of the fan , a plurality of exhaust vents through which air from the outtake of the fan is discharged, a fan housing to which the fan is mounted, the fan housing having at least one inclined surface which is inclined outward from a top end to a bottom end, the bottom end being closer to the exhaust vents than the top end, a heat sink placed on the fan housing so as to have a vertical position corresponding to a vertical position of the exhaust vents provided in the base , wherein the heat sink includes a heat dissipation plate and a plurality of radiating fins which is provided on the fan housing , wherein ends of the radiating fins are aligned with the exhaust vents of the base , and a Peltier device mounted on the heat dissipation plate of the heat sink . a container configured to store liquid and having an upper opening; a pump having an inlet to suction liquid stored in the container and an outlet to discharge the liquid; a lid (300 and 400) seated on the container to cover the upper opening and having a hole through which liquid discharged from the pump flows, and a base to support the container , characterized in that the base includes: a fan having an intake and an outtake, a suction grill through which ambient air is suctioned via the intake of the fan , a plurality of exhaust vents through which air from the outtake of the fan is discharged, a fan housing to which the fan is mounted, the fan housing having at least one inclined surface which is inclined outward from a top end to a bottom end, the bottom end being closer to the exhaust vents than the top end, a heat sink placed on the fan housing so as to have a vertical position corresponding to a vertical position of the exhaust vents provided in the base , a fan having an intake and an outtake, a suction grill through which ambient air is suctioned via the intake of the fan , a plurality of exhaust vents through which air from the outtake of the fan is discharged, a fan housing to which the fan is mounted, the fan housing having at least one inclined surface which is inclined outward from a top end to a bottom end, the bottom end being closer to the exhaust vents than the top end, a heat sink placed on the fan housing so as to have a vertical position corresponding to a vertical position of the exhaust vents provided in the base , wherein the heat sink includes a heat dissipation plate and a plurality of radiating fins which is provided on the fan housing , wherein ends of the radiating fins are aligned with the exhaust vents of the base , and a Peltier device mounted on the heat dissipation plate of the heat sink .
A spiral spring intended to equip a balance of a horological movement, characterised in that the spiral spring is made of an alloy consisting of: - Nb, Ti and at least one element selected from Zr and Hf, - optionally at least one element selected from W and Mo, - possible traces of other elements selected from 0, H, Ta, C, Fe, N, Ni, Si, Cu, Al, with the following weight percentages: - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight. - Nb, Ti and at least one element selected from Zr and Hf, - optionally at least one element selected from W and Mo, - possible traces of other elements selected from 0, H, Ta, C, Fe, N, Ni, Si, Cu, Al, with the following weight percentages: - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight. - a content of Nb comprised between 40 and 84%, - a total content of Ti, Zr and Hf comprised between 16 and 55% with a content of Ti greater or equal to 15% by weight, and with a sum of the content of Zr and Hf comprised between 10 and 25% in weight, - a content for W and Mo respectively comprised between 0 and 2.5%, - a content for each of said elements selected from O, H, Ta, C, Fe, N, Ni, Si, Cu, Al comprised between 0 and 1600 ppm with the sum of said traces less than or equal to 0.3% by weight.
A message processing method, applied to a switch having one management interface and at least two virtual logical devices, the message processing method being characterised by comprising: parsing (S301), by the management interface in response to receiving a message, each sub-message of a plurality of sub-messages contained in the message to obtain a plurality of target IP addresses, determining virtual logical devices according to the plurality of target IP addresses, and transmitting the sub-messages to the corresponding virtual logical devices; and receiving (S302), by the virtual logical devices, the sub-messages from the management interface. parsing (S301), by the management interface in response to receiving a message, each sub-message of a plurality of sub-messages contained in the message to obtain a plurality of target IP addresses, determining virtual logical devices according to the plurality of target IP addresses, and transmitting the sub-messages to the corresponding virtual logical devices; and receiving (S302), by the virtual logical devices, the sub-messages from the management interface.
Process for preparing sulfuric acid, wherein elemental sulfur is melted in a melting stage and sulfuric acid is subsequently produced from the molten sulfur, offgases formed in the melting stage are subjected to oxidation in a supplementary oxidation stage in which sulfur-containing components of the offgases are oxidized to sulfur dioxide and this sulfur dioxide is processed further to give at least one reaction product, characterized in that the melting stage is operated in an emission-free manner by feeding of all offgases from the melting stage to further processing and at least part of these offgases being subjected to oxidation of the sulfur-containing components and the sulfur dioxide present in the offgases is at least partly processed further to give sulfuric acid.
A method for effecting changes to the Peripheral Component Interconnect Express (PCIe) L1.2 Substate exit time for a PCIe device having an L1 PM Substates Control 2 Register including a T_POWER_ON Scale field and a T_POWER_ON Value field , characterized by storing, on the PCIe device , a power mode capability table structure containing information mapping each of a plurality of respective power modes to a T_POWER_ON Scale value and a T_POWER_ON Value value ; generating, at a host coupled to the PCIe device via a PCIe link , a power mode change request defining a power mode; sending the power mode change request over the PCIe link to the PCIe device ; extracting, at the PCIe device , information identifying the power mode from the power mode change request ; and identifying the T_POWER_ON Scale value and the T_POWER_ON Value value in the power capability table structure corresponding to the power mode that is extracted; and setting respective values in the T_POWER_ON Scale field and the T_POWER_ON Value field to the T_POWER_ON Scale value and the T_POWER_ON Value value that are identified to change the L1.2 Substate exit time to be used by the PCIe device .
Freezing protection device for a vehicle treatment system, having a fluid reservoir arrangement for receiving a fluid , a treatment device which has an outlet opening for the fluid , a first conduit (2.1) which provides a fluid connection from the fluid reservoir arrangement in a flow direction (DF) to the outlet opening , a first pump (3.1), by means of which the fluid can be conveyed in an operating mode with a first pressure (p1) from the fluid reservoir arrangement into the first conduit (2.1), a second conduit (2.2) which provides a fluid connection from the fluid reservoir arrangement to a section of the first conduit (2.1) on the outlet opening side, wherein a first blocking element is arranged in the second conduit (2.2), a second pump (3.2), by means of which the fluid can be conveyed into the second conduit (2.2) with a second pressure (p2), characterised in that the first blocking element is designed in such a way that it is opened in a freezing protection mode, in which the second pressure (p2) is greater than the first pressure (p1), such that the fluid from the second conduit (2.2) enters the first conduit (2.1) and can be at least partially returned to the fluid reservoir arrangement through the first conduit (2.1) against the flow direction (DF').
A locking device of a top of a convertible vehicle, the locking device comprising a locking support , a locking hook , which can be shifted in a translational and rotational manner so as to be displaced between a release position and a locked position, and a driving mechanism for the locking hook , said driving mechanism comprising a driving motor and driving a slide movable on the locking support , wherein the slide is connected to a driving section of the locking hook via a pull-link arrangement in such a manner that the locking hook undergoes a pivoting movement when the slide is moved, the pull-link arrangement being composed of at least one pull link , which is mounted on the locking hook via a first hinge point and on the slide via a second hinge point , and wherein the locking support has an insert having a guiding track for a guiding element which is arranged on the pull-link arrangement or on the locking hook, and wherein the guiding track defines a pivot position of the locking hook with respect to the locking support .
An adhesion promoter ( AP ) that is the reaction product of: ( i-1 ) at least one hydroxyl functional (meth)acrylated compound bearing at least two (meth)acryloyl groups, ( ii ) at least one titanium orthoester ( ii-a ) and/or at least one zirconium orthoester ( ii-b ), and, ( iii ) optionally, at least one other compound bearing groups capable to react with hydroxyl groups, said groups being carboxylic acid groups. ( i-1 ) at least one hydroxyl functional (meth)acrylated compound bearing at least two (meth)acryloyl groups, ( ii ) at least one titanium orthoester ( ii-a ) and/or at least one zirconium orthoester ( ii-b ), and, ( iii ) optionally, at least one other compound bearing groups capable to react with hydroxyl groups, said groups being carboxylic acid groups.