mhurhangee/patent-ind-claim-en huggingface dataset:
A method, comprising: receiving a traffic flow at a tamper resistant environment on a host from an application executing on the host, wherein the tamper resistant environment is separated from an operating system of the host; deriving a security token by the tamper resistant environment, wherein the security token is derived from an enhanced privacy identification to attest that the tamper resistant environment is trusted; creating a modified traffic flow by adding information associated with the application to the received traffic flow, adding a device identifier of the host, and applying the security token to the modified traffic flow; and sending the modified traffic flow to a server. receiving a traffic flow at a tamper resistant environment on a host from an application executing on the host, wherein the tamper resistant environment is separated from an operating system of the host; deriving a security token by the tamper resistant environment, wherein the security token is derived from an enhanced privacy identification to attest that the tamper resistant environment is trusted; creating a modified traffic flow by adding information associated with the application to the received traffic flow, adding a device identifier of the host, and applying the security token to the modified traffic flow; and sending the modified traffic flow to a server.
A radio bearer loss information reporting method, comprising: receiving , by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB, wherein the release cause value comprises radio connection with UE lost; determining, by the MME, the release cause value indicates an abnormal release based on that the release cause value comprising radio connection with UE lost; and in response to the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss, and the radio bearer loss information triggers the gateway to report the radio bearer loss information to a policy and charging rule function, PCRF, entity. receiving , by a mobility management entity, MME, a user equipment, UE, context release request message carrying a release cause value sent by an evolved Node B, eNB, wherein the release cause value comprises radio connection with UE lost; determining, by the MME, the release cause value indicates an abnormal release based on that the release cause value comprising radio connection with UE lost; and in response to the release cause value indicates an abnormal release, by the MME, reporting radio bearer loss information to a gateway and preserving non-guaranteed bandwidth, non-GBR, bearers, wherein the radio bearer loss information carries a cause value indicating a reason for radio bearer loss, and the radio bearer loss information triggers the gateway to report the radio bearer loss information to a policy and charging rule function, PCRF, entity.
A heat storage device comprising: a heat storage container having an inlet and an outlet for a heat medium; a plate-like heat storage body disposed in the heat storage container , the heat storage body comprising a heat storage material and an envelope containing the heat storage material ; a plate-like spacer placed on the heat storage body in the heat storage container , the spacer having a plurality of contact portions that are in contact with the heat storage body and a plurality of non-contact portions that are spaced from the heat storage body , and the contact portions and the non-contact portions being alternately formed in a specific direction; and a plurality of flow paths for leading the heat medium from the inlet to the outlet , the flow paths being formed by a surface of the heat storage body and the non-contact portions and extending in a direction intersecting the specific direction, the contact portions each having a curved shape, characterized in that , when a distance in a thickness direction of the spacer between a point of contact of the contact portion with the heat storage body and a point of the non-contact portion farthest from the heat storage body is defined as L and a thickness of the heat storage body is defined as T, L/T is 0.2 or more and 0.4 or less. a heat storage container having an inlet and an outlet for a heat medium; a plate-like heat storage body disposed in the heat storage container , the heat storage body comprising a heat storage material and an envelope containing the heat storage material ; a plate-like spacer placed on the heat storage body in the heat storage container , the spacer having a plurality of contact portions that are in contact with the heat storage body and a plurality of non-contact portions that are spaced from the heat storage body , and the contact portions and the non-contact portions being alternately formed in a specific direction; and a plurality of flow paths for leading the heat medium from the inlet to the outlet , the flow paths being formed by a surface of the heat storage body and the non-contact portions and extending in a direction intersecting the specific direction, the contact portions each having a curved shape, characterized in that , when a distance in a thickness direction of the spacer between a point of contact of the contact portion with the heat storage body and a point of the non-contact portion farthest from the heat storage body is defined as L and a thickness of the heat storage body is defined as T, L/T is 0.2 or more and 0.4 or less.
An adjustment bracket, comprising: an adjustment roller ; an adjustment foot ; ; an adjustment foot gear ; and a lower case , wherein an adjustment gear is fixed to the adjustment roller , the adjustment gear is engaged with the adjustment foot gear , the adjustment foot gear is provided with internal threads at a center position thereof, the adjustment foot is provided with external threads on an outer wall thereof, and the adjustment foot and the adjustment foot gear are connected through a screw joint of the internal threads and the external threads; characterized in that the lower case is provided with a protruding arcuate structure, and the protruding arcuate structure is a lower limitation of the adjustment foot gear ; the arcuate structure is formed in an arcuate shape, so as to provide a receiving space for the adjustment roller . an adjustment roller ; an adjustment foot ; ; an adjustment foot gear ; and a lower case , wherein an adjustment gear is fixed to the adjustment roller , the adjustment gear is engaged with the adjustment foot gear , the adjustment foot gear is provided with internal threads at a center position thereof, the adjustment foot is provided with external threads on an outer wall thereof, and the adjustment foot and the adjustment foot gear are connected through a screw joint of the internal threads and the external threads; characterized in that the lower case is provided with a protruding arcuate structure, and the protruding arcuate structure is a lower limitation of the adjustment foot gear ; the arcuate structure is formed in an arcuate shape, so as to provide a receiving space for the adjustment roller .
Method for checking scotopic vision, in which an optotype is presented to a subject with an open pupil from a distance of several metres in a darkened room , characterized in that the optotype is embodied as a light spot and in that the visual acuity of the subject is ascertained with the aid of the optotype, wherein the light spot is embodied as a light-emitting diode or embodied as an illuminated dot of an LED screen and wherein the light spot has a diameter of less than 1 mm.
An article produced from a mixture of materials comprising: a substantially amorphous starch-based polymeric material formed from starch and a plasticizer, the starch-based polymeric material having a crystallinity of no more than 20%, and has a water content no greater than 2% by weight, the starch-based polymeric material being included in an amount of from 1% to 40% by weight of the mixture of materials; and another polymeric material blended with the substantially amorphous starch-based polymeric material; wherein at least one of: a strength of the article is at least 5% greater than the article would have if made solely from the other polymeric material, without the starch-based polymeric material; or at least 10% of the other polymeric material biodegrades over a period of at least 5 years under ASTM D-5511, ASTM D-5338 or ASTM D-6691, wherein the other polymeric material is non-biodegradable when taken alone. a substantially amorphous starch-based polymeric material formed from starch and a plasticizer, the starch-based polymeric material having a crystallinity of no more than 20%, and has a water content no greater than 2% by weight, the starch-based polymeric material being included in an amount of from 1% to 40% by weight of the mixture of materials; and another polymeric material blended with the substantially amorphous starch-based polymeric material; wherein at least one of: a strength of the article is at least 5% greater than the article would have if made solely from the other polymeric material, without the starch-based polymeric material; or at least 10% of the other polymeric material biodegrades over a period of at least 5 years under ASTM D-5511, ASTM D-5338 or ASTM D-6691, wherein the other polymeric material is non-biodegradable when taken alone. a strength of the article is at least 5% greater than the article would have if made solely from the other polymeric material, without the starch-based polymeric material; or at least 10% of the other polymeric material biodegrades over a period of at least 5 years under ASTM D-5511, ASTM D-5338 or ASTM D-6691, wherein the other polymeric material is non-biodegradable when taken alone.
A MIMO based retransmission method, comprising: in a case that the number of layers, called hereafter the number of data flows that need to be occupied by a codeword to be retransmitted is smaller than the number of data flows selected by a transmitter to use and no new data needs to be transmitted, determining a special codeword according to a difference between the number of data flows selected by the transmitter and the number of data flows that need to be occupied for retransmitting the codeword, wherein the number of transport blocks comprised in the special codeword is equal to the difference; allocating, through a data flow mapping, the codeword that needs to be retransmitted and the special codeword to each corresponding transport data flow selected by a transmitter to use; wherein the special codeword is a filling codeword;and sending a special codeword transmission indication to the receiver by adding, to a packet comprising data transmission related control information, a bit, which is used to identify the special codeword transmission indication, and carrying the packet on an HS-SCCH; wherein the special codeword transmission indication is used to identify that current data transmission comprises a special codeword. in a case that the number of layers, called hereafter the number of data flows that need to be occupied by a codeword to be retransmitted is smaller than the number of data flows selected by a transmitter to use and no new data needs to be transmitted, determining a special codeword according to a difference between the number of data flows selected by the transmitter and the number of data flows that need to be occupied for retransmitting the codeword, wherein the number of transport blocks comprised in the special codeword is equal to the difference; allocating, through a data flow mapping, the codeword that needs to be retransmitted and the special codeword to each corresponding transport data flow selected by a transmitter to use; wherein the special codeword is a filling codeword;and sending a special codeword transmission indication to the receiver by adding, to a packet comprising data transmission related control information, a bit, which is used to identify the special codeword transmission indication, and carrying the packet on an HS-SCCH; wherein the special codeword transmission indication is used to identify that current data transmission comprises a special codeword.
Method for manufacturing a metal component with a complex shape, comprising the following steps: i/ producing a blank of the component or of the shape desired for the latter in a plurality of pieces (1.1 to 1.17) made from a noble metal material constituting the component and intended to be stacked on top of one another; ii/ producing a negative mould of the blank of the component or of the desired shape thereof in a plurality of pieces (2.1 to 2.17), the pieces of the negative mould being made from a single material or from at least two materials, the single material or one of the two materials being able to be removed by chemical dissolution using a solution that does not affect the pieces of the blank or of the desired shape; iii/ producing an assembly delimited by the metal pieces of the blank or of the desired shape stacked and nested individually in and/or around the stacked pieces of the negative mould, the sets of stacks and nested sets being such that they can be removed in the component by diffusion welding, the average thermal expansion behaviour of the stacked pieces of the negative mould being similar to those made from noble material of the blank or of the desired shape, iv/ welding the assembly obtained in step iii/ by diffusion welding, v/ removing the negative mould, including a selective chemical attack, in order to obtain the component. i/ producing a blank of the component or of the shape desired for the latter in a plurality of pieces (1.1 to 1.17) made from a noble metal material constituting the component and intended to be stacked on top of one another; ii/ producing a negative mould of the blank of the component or of the desired shape thereof in a plurality of pieces (2.1 to 2.17), the pieces of the negative mould being made from a single material or from at least two materials, the single material or one of the two materials being able to be removed by chemical dissolution using a solution that does not affect the pieces of the blank or of the desired shape; iii/ producing an assembly delimited by the metal pieces of the blank or of the desired shape stacked and nested individually in and/or around the stacked pieces of the negative mould, the sets of stacks and nested sets being such that they can be removed in the component by diffusion welding, the average thermal expansion behaviour of the stacked pieces of the negative mould being similar to those made from noble material of the blank or of the desired shape, iv/ welding the assembly obtained in step iii/ by diffusion welding, v/ removing the negative mould, including a selective chemical attack, in order to obtain the component.
A purified Fc gamma receptor type IIIb (HNA-1) polypeptide comprising a modified amino acid sequence, wherein the amino acid sequence is modified within an FC binding domain of SEQ ID NO: 1 and wherein the modified amino acid sequence has (i) decreased non-specific reactivity and (ii) increased specific reactivity with an HNA-1 specific antibody or an HNA-1 polymorphic specific antibody, and wherein the modification is selected from the group consisting of the tryptophan at residue 131 is substituted with phenylalanine (W131F) and the leucine at residue 136 is substituted with alanine (L136A).
Electrical household appliance having a communication interface that is configured so as to communicate with a communication device via a communication connection; a remote control facility that is configured so as to render it possible to operate the electrical household appliance by way of a communication device ; a door that is configured so as in an open state to open a region of the electrical household appliance or in a closed state to close said region; and a monitoring facility that is configured so as to detect the state of the door ; characterised by a controller that is configured so as to automatically activate the remote control facility if the door is in the closed state and the electrical household appliance is activated locally, wherein the local activation includes switching on the electrical household appliance , in that an operating voltage is applied to the controller and/or the electrical household appliance is transferred from a standby state into an operating state. a communication interface that is configured so as to communicate with a communication device via a communication connection; a remote control facility that is configured so as to render it possible to operate the electrical household appliance by way of a communication device ; a door that is configured so as in an open state to open a region of the electrical household appliance or in a closed state to close said region; and a monitoring facility that is configured so as to detect the state of the door ; characterised by a controller that is configured so as to automatically activate the remote control facility if the door is in the closed state and the electrical household appliance is activated locally, wherein the local activation includes switching on the electrical household appliance , in that an operating voltage is applied to the controller and/or the electrical household appliance is transferred from a standby state into an operating state.
Device for safely carrying out a left-turning thermodynamic Clausius-Rankine cycle by means of an inflammable working fluid, having a working fluid which is heavier than air in the gaseous state under atmospheric conditions, and having a closed, hermetically sealed working fluid circuit, which has - at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, and having - a closed housing , - which comprises all apparatuses connected to the closed working fluid circuit, - can comprise further apparatuses, - and is lined with an adsorbent which is able to adsorb working fluid, characterised in that - the adsorbent used can adsorb an inert gas, and the adsorbent is preloaded saturated with the inert gas, - wherein the working fluid has a stronger adsorptive bond to the adsorbent than the inert gas. - at least one compressor for working fluid, - at least one pressure relief apparatus for working fluid, - at least two heat exchangers for working fluid, each with at least two connections for heat transfer fluids, and having - a closed housing , - which comprises all apparatuses connected to the closed working fluid circuit, - can comprise further apparatuses, - and is lined with an adsorbent which is able to adsorb working fluid, - the adsorbent used can adsorb an inert gas, and the adsorbent is preloaded saturated with the inert gas, - wherein the working fluid has a stronger adsorptive bond to the adsorbent than the inert gas.
A method for identifying a suspected ground fault location in a multi-drive system having a plurality of drives , the method being performed using at least one processor , comprising: identifying a set of drives suspected of being the location of a detected ground fault based on proximity of a drive operating frequency to a fault frequency corresponding to a detected ground fault condition in the system by determining , while a given drive is operating, whether an operating frequency of the given drive is within a range including the fault frequency; and if the set includes more than one drive: adjusting an operating frequency of a single drive among the set; and selectively identifying the single drive among the set as the suspected ground fault location if the fault frequency changes more than a threshold amount in response to the adjustment. identifying a set of drives suspected of being the location of a detected ground fault based on proximity of a drive operating frequency to a fault frequency corresponding to a detected ground fault condition in the system by determining , while a given drive is operating, whether an operating frequency of the given drive is within a range including the fault frequency; and if the set includes more than one drive: adjusting an operating frequency of a single drive among the set; and selectively identifying the single drive among the set as the suspected ground fault location if the fault frequency changes more than a threshold amount in response to the adjustment. adjusting an operating frequency of a single drive among the set; and selectively identifying the single drive among the set as the suspected ground fault location if the fault frequency changes more than a threshold amount in response to the adjustment.
A solid-state luminaire comprising: a processor responsive to at least one of a sensor and a first image capture device and configured to: analyze data about a hazardous condition detected within a building by the at least one of the sensor and the first image capture device ; and output data about the hazardous condition; and a solid-state light source configured to emit a pulsing light signal encoded with the data about the hazardous condition, wherein the pulsing light signal is decodable by a computing device via at least one of an ambient light sensor or an image capture device on the computing device in order to compute an emergency evacuation route. analyze data about a hazardous condition detected within a building by the at least one of the sensor and the first image capture device ; and output data about the hazardous condition; and a solid-state light source configured to emit a pulsing light signal encoded with the data about the hazardous condition, wherein the pulsing light signal is decodable by a computing device via at least one of an ambient light sensor or an image capture device on the computing device in order to compute an emergency evacuation route.