mhurhangee/patent-ind-claim-en huggingface dataset:
A glass holding device for holding a lens glass (L1 , L2) at an edge thereof during dip coating in a dip coating bath, comprising: - a first elastic glass holding device having a first glass edge holding member , for holding the lens glass (L1 , L2) at an edge of the lens glass (L1 , L2), at a first edge side, during dip coating, - a second resilient glass holding means having a second glass edge holding member , for holding the lens glass (L1 , L2) at the edge of the lens glass (L1 , L2), at a second edge side, during dip coating; and - an at least partially circumferential frame , having a third lens edge holding member , for holding the lens glass (L1 , L2) at the edge of the lens glass (L1 , L2), at a third edge side, during dip coating, wherein the first edge side and the second edge side are respectively arranged at a left side and at a right side of the edge of the lens glass (L1 , L2), and the third edge side is arranged at a lower side of the edge of the lens glass (L1 , L2), characterized in that the at least partially circumferential frame has first and second lateral frame portions in such a manner that waves caused by the first and second glass edge holding members , respectively, when the glass holding device is lifted out of the dipping varnish bath at the surface of the dipping varnish bath are thereby damped in that a first distance between the first glass edge holding member and the first lateral frame portion and a second distance between the second glass edge holding member and the second lateral frame portion are not more than 22 mm. - a first elastic glass holding device having a first glass edge holding member , for holding the lens glass (L1 , L2) at an edge of the lens glass (L1 , L2), at a first edge side, during dip coating, - a second resilient glass holding means having a second glass edge holding member , for holding the lens glass (L1 , L2) at the edge of the lens glass (L1 , L2), at a second edge side, during dip coating; and - an at least partially circumferential frame , having a third lens edge holding member , for holding the lens glass (L1 , L2) at the edge of the lens glass (L1 , L2), at a third edge side, during dip coating, wherein the first edge side and the second edge side are respectively arranged at a left side and at a right side of the edge of the lens glass (L1 , L2), and the third edge side is arranged at a lower side of the edge of the lens glass (L1 , L2), characterized in that the at least partially circumferential frame has first and second lateral frame portions in such a manner that waves caused by the first and second glass edge holding members , respectively, when the glass holding device is lifted out of the dipping varnish bath at the surface of the dipping varnish bath are thereby damped in that a first distance between the first glass edge holding member and the first lateral frame portion and a second distance between the second glass edge holding member and the second lateral frame portion are not more than 22 mm.
An absorbent article comprising: a first waist region , a second waist region , a crotch region disposed between the first and second waist regions; a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis and comprising: a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2 ); as measured according to the method of the description; and wherein the first spunbond nonwoven is void of crimped fibers. a first waist region , a second waist region , a crotch region disposed between the first and second waist regions; a chassis comprising a topsheet , a backsheet , and an absorbent core disposed between the topsheet and backsheet; and an ear joined to the chassis and comprising: a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2 ); as measured according to the method of the description; and a laminate comprising a first spunbond nonwoven and an elastomeric material, wherein the laminate further comprises a plurality of ultrasonic bonds; and the first spunbond nonwoven has an Average Bond Area of 12% or less, as measured according to the method of the description, and an Average Normalized Peak Force of at least 0.160 (N/cm)/(g/m 2 ); as measured according to the method of the description; and wherein the first spunbond nonwoven is void of crimped fibers.
Biosignal acquisition device for the acquisition, in particular the concurrent or simultaneous acquisition of optical and electrical biosignals, wherein the optical and electrical biosignals are both received by an Analog Front End Device for biosignals, with an opto-electric converter for converting the optical biosignals into electrical signals, wherein the biosignal acquisition device comprises a synchronizer configured to synchronize the optical and electrical biosignals, and wherein the signal acquisition is part of a closed-loop system involving optical and electrical sensors and at least one optical emitter. wherein the biosignal acquisition device comprises a synchronizer configured to synchronize the optical and electrical biosignals, and wherein the signal acquisition is part of a closed-loop system involving optical and electrical sensors and at least one optical emitter.
A composition comprising 50-100 parts by weight of an algal oil body, 0.5-10 parts by weight of a phospholipid and 0.5-10 parts by weight of an oil body protein , wherein the oil body protein is an oil body protein from oil crops and the particle size of 50% or more of the algal oil body particles in the composition, have a particle size distributing in the range of 1.5-3.5μm.
A sterile polyurethane foam wound dressing, the foam integrally comprising an oxidoreductase enzyme and a substrate for the enzyme.
Valve arrangement for a mobile working machine, having a control valve and a regeneration valve ; wherein a port for realizable regeneration (C2) and a further port (C1) of a consumer (8; 108) are able to be provided with a supply via the control valve , wherein the regeneration valve is provided with only two switching positions, pressure medium being able to be discharged into a tank from the port for realizable regeneration (C2) via said regeneration valve, and wherein the regeneration valve is open above a predefined pressure difference between the ports (C1, C2) and is otherwise closed, and wherein a control slide of the control valve has a common regeneration and working position (a), characterized in that the regeneration valve is in the form of a valve which is separated from the control valve and which has a separate housing , wherein the housing of the regeneration valve is connected to a housing of the control valve via pressure medium lines.
An image forming apparatus comprising: a main body ; a paper discharging cover that is disposed in the main body and below a scanning unit to open and close an opening formed on a top end of the main body and on which printing media that printing is complete are stacked; a fusing unit that is disposed inside the main body and includes a pressing roller and a heating roller , wherein the fusing unit is disposed behind the paper discharging cover; a first cover that is disposed above the fusing unit, and guides a printing medium passed through between the pressing roller and the heating roller to the paper discharging cover; and a second cover that is disposed above the first cover and covers the first cover; wherein when the second cover is open, the pressing roller and the heating roller of the fusing unit are separated from each other and when the second cover is closed, the pressing roller and the heating roller of the fusing unit are in contact with each other. a main body ; a paper discharging cover that is disposed in the main body and below a scanning unit to open and close an opening formed on a top end of the main body and on which printing media that printing is complete are stacked; a fusing unit that is disposed inside the main body and includes a pressing roller and a heating roller , wherein the fusing unit is disposed behind the paper discharging cover; a first cover that is disposed above the fusing unit, and guides a printing medium passed through between the pressing roller and the heating roller to the paper discharging cover; and a second cover that is disposed above the first cover and covers the first cover; wherein when the second cover is open, the pressing roller and the heating roller of the fusing unit are separated from each other and when the second cover is closed, the pressing roller and the heating roller of the fusing unit are in contact with each other.
An automatic driving method, comprising: determining whether a target vehicle travels on a pre-defined commuting route, wherein the commuting route is a fixed route on which the target vehicle travels at least twice in a preset period of time; acquiring target travel information corresponding to the commuting route if the target vehicle travels on the pre-defined commuting route, wherein the target travel information comprises a historical running trajectory of the target vehicle on the commuting route; and controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information, wherein the controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information comprises: determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle. determining whether a target vehicle travels on a pre-defined commuting route, wherein the commuting route is a fixed route on which the target vehicle travels at least twice in a preset period of time; acquiring target travel information corresponding to the commuting route if the target vehicle travels on the pre-defined commuting route, wherein the target travel information comprises a historical running trajectory of the target vehicle on the commuting route; and controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information, wherein the controlling the target vehicle to perform automatic drive on the commuting route based on the target travel information comprises: determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle. determining one or more available lanes of the commuting route based on the historical running trajectory; and selecting one of the available lanes or selecting different ones of the available lanes successively, during the automatic drive of the target vehicle.
A sensor relay apparatus that receives sensor data detected by each of a plurality of sensor terminals (ST), and relays and transfers the sensor data to a master apparatus , comprising a communication control unit configured to receive sensor data from a sensor terminal (ST) when a transmission data amount related to the sensor data to be transmitted from the sensor terminal is equal to or greater than a determination threshold, characterized in that the communication control unit comprises a transmission request accepting unit configured to accept a transmission request from the sensor terminal and obtain the transmission data amount included in the transmission request, and a transmission enable/disable determination unit configured to determine whether to enable or disable the transmission of the sensor data from the sensor terminal by comparing the obtained transmission data amount and the determination threshold. a transmission request accepting unit configured to accept a transmission request from the sensor terminal and obtain the transmission data amount included in the transmission request, and a transmission enable/disable determination unit configured to determine whether to enable or disable the transmission of the sensor data from the sensor terminal by comparing the obtained transmission data amount and the determination threshold.
A targeting polypeptide compound having dual targets, comprising a TATE cyclic peptide structure, an RGD cyclic peptide structure and a NOTA chelating group, wherein the TATE cyclic peptide structure and the RGD cyclic peptide structure are linked to two carboxyl terminals of the same glutamic acid molecule by a PEG 4 molecular segment respectively to form a stable amide bond; the NOTA chelating group is linked to the amino terminal of the same glutamic acid molecule by a PEG 4 segment; the polypeptide compound is designated as NOTA-3PEG 4 -TATE-RGD, and the specific structure thereof is as shown in the formula (I) below:
A virtual reality head-mounted apparatus, comprising: an apparatus body , the apparatus body comprising a convex lens and a camera , and an apparatus interface , the camera being located on a user side of the convex lens , and a lens of the camera directly facing an eye of the user to acquire eye pattern features of the user, wherein the apparatus interface is provided on the apparatus body on a side of the convex lens away from the user, the apparatus interface being capable of being electrically connected to an electronic device installed in the apparatus body , the electronic device being a mobile phone or tablet used to play virtual reality display content, the camera being connected to the apparatus interface through a data line , wherein the camera is configured to, upon receiving a control instruction transmitted by the electronic device through the apparatus interface and the data line , perform an operation to acquire the eye pattern features in response to the control instruction, and transmit the acquired eye pattern features to the electronic device through the apparatus interface and the data line , the electronic device being configured to acquire the eye pattern features while the user is watching the virtual reality display content through the convex lens and to process the acquired eye pattern features to perform an identity verification operation on the user. wherein the apparatus interface is provided on the apparatus body on a side of the convex lens away from the user, the apparatus interface being capable of being electrically connected to an electronic device installed in the apparatus body , the electronic device being a mobile phone or tablet used to play virtual reality display content, the camera being connected to the apparatus interface through a data line , wherein the camera is configured to, upon receiving a control instruction transmitted by the electronic device through the apparatus interface and the data line , perform an operation to acquire the eye pattern features in response to the control instruction, and transmit the acquired eye pattern features to the electronic device through the apparatus interface and the data line , the electronic device being configured to acquire the eye pattern features while the user is watching the virtual reality display content through the convex lens and to process the acquired eye pattern features to perform an identity verification operation on the user.
A lubricant , comprising: a mixture of grease and wax formed as a grease block in solid form at room temperature and transformable to a semi-solid form under mechanical loading, and a coating; characterized in that the solid grease block is coated with the coating material to maintain the grease block in a solid state at increased temperatures, the coating material arranged to become pressed into the grease block under pressure so as to effectively dissolve away in use.
A flexible water based play composition having antimicrobial properties comprising a thickener, preservatives, water and a combination of antimicrobial agents selected from the group consisting of silver ions and benzalkonium chloride.
A battery life estimation apparatus comprising: a battery charger configured to charge a battery using a normal charge rate, C-rate, during a charging interval of a charging cycle, and when a voltage of the battery reaches a predetermined voltage, charge the battery using a low C-rate lower than the normal C-rate during a low-rate charging interval of the charging cycle; and a life estimator configured to use at least one processing device to estimate a life of the battery based on a comparison of a reference curve to a change in an electrical physical quantity of the battery beginning at a point in time delayed by a period of time from a starting point of the low-rate charging interval, wherein the reference curve represents a change in the electrical physical quantity over time when the battery is charged at the low C-rate in an initial state of the battery, wherein the C-rate is a unit of measure that represents a rate of a current applied to the battery to charge the battery with respect to a capacity of the battery. a battery charger configured to charge a battery using a normal charge rate, C-rate, during a charging interval of a charging cycle, and when a voltage of the battery reaches a predetermined voltage, charge the battery using a low C-rate lower than the normal C-rate during a low-rate charging interval of the charging cycle; and a life estimator configured to use at least one processing device to estimate a life of the battery based on a comparison of a reference curve to a change in an electrical physical quantity of the battery beginning at a point in time delayed by a period of time from a starting point of the low-rate charging interval, wherein the reference curve represents a change in the electrical physical quantity over time when the battery is charged at the low C-rate in an initial state of the battery, wherein the C-rate is a unit of measure that represents a rate of a current applied to the battery to charge the battery with respect to a capacity of the battery.
A method for managing bandwidth of a delivery pipe serving a subscriber premises that includes at least one adaptive bitrate, ABR, client engaged in an ABR streaming session and at least one non-ABR client, the method comprising: when the at least one ABR client enters a sleep phase of a duty cycle associated with its ABR streaming session, receiving , at a first stage of a hierarchical token approval logic module, TALM, , a phantom token from a leaf sequencer (204-1) associated with a network transmission thread, NTT, corresponding to the at least one ABR client, the phantom token for providing an amount of phantom payload used in bandwidth estimation; if the first stage of the hierarchical TALM chooses the phantom token for approval, replacing the phantom token , by a second stage of the hierarchical TALM , with a non-phantom token from a leaf sequencer associated with an NTT corresponding to the non-ABR client; and processing the non-phantom token pursuant to a weighted fair queuing module for obtaining permission to transmit a payload of the NTT corresponding to the non-ABR client if included in the subscriber premises. when the at least one ABR client enters a sleep phase of a duty cycle associated with its ABR streaming session, receiving , at a first stage of a hierarchical token approval logic module, TALM, , a phantom token from a leaf sequencer (204-1) associated with a network transmission thread, NTT, corresponding to the at least one ABR client, the phantom token for providing an amount of phantom payload used in bandwidth estimation; if the first stage of the hierarchical TALM chooses the phantom token for approval, replacing the phantom token , by a second stage of the hierarchical TALM , with a non-phantom token from a leaf sequencer associated with an NTT corresponding to the non-ABR client; and processing the non-phantom token pursuant to a weighted fair queuing module for obtaining permission to transmit a payload of the NTT corresponding to the non-ABR client if included in the subscriber premises.
An apparatus for manufacturing instantly emulsified cosmetics comprising: a housing for forming an exterior; a pump (P) provided in the housing for discharging an instantly emulsified emulsion to the outside of the housing; a first container provided in the housing for storing an internal fluid; a second container provided in the housing for storing a functional fluid including a functional raw material; a third container provided in the housing for storing an external fluid; a channel part provided in the housing for receiving the external fluid, the internal fluid and the functional fluid to generate an emulsion; characterized in that the apparatus comprises: a tube for providing the pump with the emulsion generated in the channel part, wherein the channel part includes: a first channel for mixing the internal fluid and the functional fluid to generate a mixed fluid; and a second channel for mixing the mixed fluid provided from the first channel and the external fluid to generate an emulsion. for manufacturing instantly emulsified cosmetics comprising: a housing for forming an exterior; a pump (P) a housing for forming an exterior; a pump (P) provided in the housing for discharging an instantly emulsified emulsion to the outside of the housing; a first container provided in the housing for storing an internal fluid; a second container provided in the housing for storing a functional fluid including a functional raw material; a third container provided in the housing for storing an external fluid; a channel part provided in the housing for receiving the external fluid, the internal fluid and the functional fluid to generate an emulsion; characterized in that the apparatus comprises: a tube for providing the pump with the emulsion generated in the channel part, wherein the channel part includes: a first channel for mixing the internal fluid and the functional fluid to generate a mixed fluid; and a second channel for mixing the mixed fluid provided from the first channel and the external fluid to generate an emulsion.