mhurhangee/patent-ind-claim-en huggingface dataset:
A clothes dryer comprising: a cabinet including an inlet and a base ; a drum rotatably provided inside the cabinet , the drum including a front end portion and a rear end portion; a support frame including: a front support frame supporting the front end portion of the drum, and having a laundry inlet , wherein the inlet of the cabinet, the laundry inlet, and the front end portion of the drum are positioned so that laundry is insertable through the inlet of the cabinet and then through the laundry inlet to be received in the drum, and a rear support frame supporting the rear end portion of the drum; a blow fan below the front support frame; and a guide portion behind the blow fan, and connected with the blow fan, wherein the blow fan and the guide portion are configured so that: the blow fan is operable to move outside air to inside of the cabinet, characterized in that the guide portion guides a first portion of the outside air moved inside of the cabinet by the blow fan toward a gap between the drum and the front support frame to dry air leaking from between the drum and the front support frame. a cabinet including an inlet and a base ; a drum rotatably provided inside the cabinet , the drum including a front end portion and a rear end portion; a support frame including: a front support frame supporting the front end portion of the drum, and having a laundry inlet , wherein the inlet of the cabinet, the laundry inlet, and the front end portion of the drum are positioned so that laundry is insertable through the inlet of the cabinet and then through the laundry inlet to be received in the drum, and a rear support frame supporting the rear end portion of the drum; a front support frame supporting the front end portion of the drum, and having a laundry inlet , wherein the inlet of the cabinet, the laundry inlet, and the front end portion of the drum are positioned so that laundry is insertable through the inlet of the cabinet and then through the laundry inlet to be received in the drum, and a rear support frame supporting the rear end portion of the drum; a blow fan below the front support frame; and a guide portion behind the blow fan, and connected with the blow fan, wherein the blow fan and the guide portion are configured so that: the blow fan is operable to move outside air to inside of the cabinet, characterized in that the guide portion guides a first portion of the outside air moved inside of the cabinet by the blow fan toward a gap between the drum and the front support frame to dry air leaking from between the drum and the front support frame. the blow fan is operable to move outside air to inside of the cabinet, characterized in that the guide portion guides a first portion of the outside air moved inside of the cabinet by the blow fan toward a gap between the drum and the front support frame to dry air leaking from between the drum and the front support frame.
A wireless communication device , comprising: a reception circuit (112-114) that is configured to receive a first signal requesting a transmission permission for data signals and including channel information used for data transmission; a transmission circuit (102-104) that is configured to transmit a second signal (2002; 3002) to a transmission source of the first signal , in a case of permitting transmission of the data signals with regard to reception of the first signal; and a control circuit that is configured to control, by outputting a first control signal, the reception circuit (112-114) to execute first carrier sensing regarding part of a plurality of channels that are candidates for reception of the first signal , before reception of the first signal , and to control, by outputting a second control signal, the reception circuit (112-114) to execute, after having received the first signal and before reception of the data signals , second carrier sensing regarding one or more channels, out of the plurality of channels, that are one or more channels corresponding to the channel information included in the first signal , and where the first carrier sensing has not been executed, wherein the part of the plurality of channels regarding which the first carrier sensing has been performed are excluded from the second carrier sensing. a reception circuit (112-114) that is configured to receive a first signal requesting a transmission permission for data signals and including channel information used for data transmission; a transmission circuit (102-104) that is configured to transmit a second signal (2002; 3002) to a transmission source of the first signal , in a case of permitting transmission of the data signals with regard to reception of the first signal; and a control circuit that is configured to control, by outputting a first control signal, the reception circuit (112-114) to execute first carrier sensing regarding part of a plurality of channels that are candidates for reception of the first signal , before reception of the first signal , and to control, by outputting a second control signal, the reception circuit (112-114) to execute, after having received the first signal and before reception of the data signals , second carrier sensing regarding one or more channels, out of the plurality of channels, that are one or more channels corresponding to the channel information included in the first signal , and where the first carrier sensing has not been executed, wherein the part of the plurality of channels regarding which the first carrier sensing has been performed are excluded from the second carrier sensing.
Method for teaching parameters - for a door sensor - for monitoring a monitoring field in front of the door leaf of a door - for installation on the door leaf of a swing or revolving door , the method comprising the following method steps: - using an at least 2-axis rotation angle encoder having at least 1-axis inclination in relation to the door leaf, - opening the door leaf of the closed door, - detecting the rotation of the two axes of the rotation angle encoder during opening, - ascertaining the direction of rotation of the two axes on the basis of the rotation thereof, - ascertaining the side of the door (inside of the door or outside of the door) on which the door sensor is installed on the door leaf on the basis of the direction of rotation of the two axes, - storing the side of the door (inside or outside) in a memory, in particular a memory of the door sensor, with the result that the door sensor need be neither preconfigured, nor configured during installation, for its installation situation in regard to distinguishing the side of the door that is used. - for a door sensor - for monitoring a monitoring field in front of the door leaf of a door - for installation on the door leaf of a swing or revolving door , - for monitoring a monitoring field in front of the door leaf of a door - for installation on the door leaf of a swing or revolving door , - using an at least 2-axis rotation angle encoder having at least 1-axis inclination in relation to the door leaf, - opening the door leaf of the closed door, - detecting the rotation of the two axes of the rotation angle encoder during opening, - ascertaining the direction of rotation of the two axes on the basis of the rotation thereof, - ascertaining the side of the door (inside of the door or outside of the door) on which the door sensor is installed on the door leaf on the basis of the direction of rotation of the two axes, - storing the side of the door (inside or outside) in a memory, in particular a memory of the door sensor, with the result that the door sensor need be neither preconfigured, nor configured during installation, for its installation situation in regard to distinguishing the side of the door that is used.
Jet pump unit comprising a pump housing , a metering valve with a valve housing , a mixer tube region , an intake channel and an outlet region , wherein a passage bore constituting a passage opening is formed in the pump housing , wherein the metering valve is received in the passage opening and a first step and a second step are formed in the passage opening , radially with respect to a longitudinal axis of the jet pump unit , for radially centring and guiding the metering valve in the pump housing , and a supply channel is formed in the metering valve , characterized in that the supply channel is also formed at least partially in the pump housing , radially with respect to the longitudinal axis of the jet pump unit , and opens into the passage opening .
A method for fingerprint identification utilizing a terminal device, comprising: displaying (S301) a prompt message to prompt a user of the terminal device to set a security level of fingerprint identification for a current application program of the terminal device; receiving (S302) from the user a trigger action on the terminal device, and displaying an interface for setting security levels of fingerprint identification according to the trigger action; receiving (S201), from a user, a security level of fingerprint identification set for the application program; setting a feature threshold for said security level of fingerprint identification; acquiring (S101) a fingerprint image and extracting feature information of the fingerprint image; determining (SI02) the current application program of the terminal device and obtaining the feature threshold corresponding to the security level of fingerprint identification based on the current application of the terminal device; and comparing (SI03) the feature information with verification feature information stored in advance, and determining that the fingerprint identification succeeds if a result of the comparing reaches the feature threshold, and determining that the fingerprint identification fails if the result of the comparing does not reach the feature threshold. characterized in that : the step of displaying (S301) a prompt message to the user comprises displaying the prompt message to the user at intervals, such that the user is periodically prompted to set a security level of fingerprint identification for the current application program. displaying (S301) a prompt message to prompt a user of the terminal device to set a security level of fingerprint identification for a current application program of the terminal device; receiving (S302) from the user a trigger action on the terminal device, and displaying an interface for setting security levels of fingerprint identification according to the trigger action; receiving (S201), from a user, a security level of fingerprint identification set for the application program; setting a feature threshold for said security level of fingerprint identification; acquiring (S101) a fingerprint image and extracting feature information of the fingerprint image; determining (SI02) the current application program of the terminal device and obtaining the feature threshold corresponding to the security level of fingerprint identification based on the current application of the terminal device; and comparing (SI03) the feature information with verification feature information stored in advance, and determining that the fingerprint identification succeeds if a result of the comparing reaches the feature threshold, and determining that the fingerprint identification fails if the result of the comparing does not reach the feature threshold. characterized in that : the step of displaying (S301) a prompt message to the user comprises displaying the prompt message to the user at intervals, such that the user is periodically prompted to set a security level of fingerprint identification for the current application program.
A method for facilitating anchor shortening across streaming nodes (108a-n) in an event stream processing system , comprising: receiving a full anchor at an upstream marshaller , the full anchor being associated with a data batch that corresponds to one or more event streams, the full anchor comprising an indication of an input point for the one or more event streams , the full anchor being received from an upstream compute processor ; mapping, by the upstream marshaller, the full anchor to an index anchor; and passing the index anchor to a downstream marshaller . receiving a full anchor at an upstream marshaller , the full anchor being associated with a data batch that corresponds to one or more event streams, the full anchor comprising an indication of an input point for the one or more event streams , the full anchor being received from an upstream compute processor ; mapping, by the upstream marshaller, the full anchor to an index anchor; and passing the index anchor to a downstream marshaller .
A closure for a container , said closure comprising: a top panel ; a skirt depending from the top panel and extending circumferentially about a central axis , wherein the skirt extends from a first end attached to the top panel to a second end opposite the first end , the skirt having an interior surface and an exterior surface ; a tamper-evident band extending from a first end , attached to the second end of the skirt , to a second end ; and at least one thread extending from the interior surface of the skirt ; wherein the skirt is tapered radially outward from its first end to its second end such that a diameter (D) of the skirt at its second end is greater than the diameter (D) of the skirt at its first end ; wherein the tamper-evident band is tapered radially outward over at least a portion from its first end to its second end such that an inner diameter (D1) of the tamper-evident band at its second end is greater than the inner diameter (D1) of the tamper-evident band at its first end , characterized in that an attachment band is hingedly connected to the second end of the tamper-evident band . a top panel ; a skirt depending from the top panel and extending circumferentially about a central axis , wherein the skirt extends from a first end attached to the top panel to a second end opposite the first end , the skirt having an interior surface and an exterior surface ; a tamper-evident band extending from a first end , attached to the second end of the skirt , to a second end ; and at least one thread extending from the interior surface of the skirt ; wherein the skirt is tapered radially outward from its first end to its second end such that a diameter (D) of the skirt at its second end is greater than the diameter (D) of the skirt at its first end ; wherein the tamper-evident band is tapered radially outward over at least a portion from its first end to its second end such that an inner diameter (D1) of the tamper-evident band at its second end is greater than the inner diameter (D1) of the tamper-evident band at its first end , characterized in that an attachment band is hingedly connected to the second end of the tamper-evident band .
A method comprising: applying one or more of a tape or a sealant along an interior of a recess of a vehicle to move through a fluid, the recess being defined between the surface of a first panel of the vehicle and the surface of a second panel of the vehicle, the recess having a first edge defined by the first panel and a second edge defined by the second panel, each of the edges having a respective height; and leveling the one or more of the tape or the sealant to a first height at the first edge of the recess, and a second height at the second edge of the recess to modify a fluid dynamic property of a fluid flow over the vehicle, wherein the first height meets a first tolerance range and the second height meets a second tolerance range, the first tolerance range and the second tolerance range representing the allowable difference between the height of the one or more of the tape or the sealant and the height of the adjacent surface of the first panel and the height of the adjacent surface of the second panel, respectively, the first tolerance range and the second tolerance range being different. applying one or more of a tape or a sealant along an interior of a recess of a vehicle to move through a fluid, the recess being defined between the surface of a first panel of the vehicle and the surface of a second panel of the vehicle, the recess having a first edge defined by the first panel and a second edge defined by the second panel, each of the edges having a respective height; and leveling the one or more of the tape or the sealant to a first height at the first edge of the recess, and a second height at the second edge of the recess to modify a fluid dynamic property of a fluid flow over the vehicle, wherein the first height meets a first tolerance range and the second height meets a second tolerance range, the first tolerance range and the second tolerance range representing the allowable difference between the height of the one or more of the tape or the sealant and the height of the adjacent surface of the first panel and the height of the adjacent surface of the second panel, respectively, the first tolerance range and the second tolerance range being different.
A User Equipment, UE, comprising: a transmitting and receiving unit ; and a control unit , wherein a first connection is a connection comprising multiple connectivities, established by the UE to a data network via multiple endpoint nodes located in a core network , the control unit is configured to establish the first connection comprising, simultaneously, a connectivity using an Access Point Name, APN, via a first endpoint node and a connectivity using the APN via a second endpoint node, and in a procedure for changing endpoint nodes of the first connection from the first endpoint node to the second endpoint node, the transmitting and receiving unit is configured to receive a first control information from the core network , and based on a reception of the first control information, the control unit is configured to perform a transmission and reception of data via the first connection by using a second IP address associated with the second endpoint node of the first connection, instead of a transmission and reception of data via the first connection that has been executed by using a first IP address associated with the first endpoint node of the first connection. a transmitting and receiving unit ; and a control unit , a first connection is a connection comprising multiple connectivities, established by the UE to a data network via multiple endpoint nodes located in a core network , the control unit is configured to establish the first connection comprising, simultaneously, a connectivity using an Access Point Name, APN, via a first endpoint node and a connectivity using the APN via a second endpoint node, and in a procedure for changing endpoint nodes of the first connection from the first endpoint node to the second endpoint node, the transmitting and receiving unit is configured to receive a first control information from the core network , and based on a reception of the first control information, the control unit is configured to perform a transmission and reception of data via the first connection by using a second IP address associated with the second endpoint node of the first connection, instead of a transmission and reception of data via the first connection that has been executed by using a first IP address associated with the first endpoint node of the first connection. the transmitting and receiving unit is configured to receive a first control information from the core network , and based on a reception of the first control information, the control unit is configured to perform a transmission and reception of data via the first connection by using a second IP address associated with the second endpoint node of the first connection, instead of a transmission and reception of data via the first connection that has been executed by using a first IP address associated with the first endpoint node of the first connection.
A tire comprising: a skeleton portion including a rim member, a plurality of body springs latched on the rim member, and a plurality of interlink springs interlaced with the body springs ; and a plurality of tread members disposed at least on an outer periphery of the skeleton portion ; wherein each of the plurality of tread members is mounted on a groove formed with the body springs and the interlink springs , in such a manner that at least part of each of the plurality of tread members is embedded in the groove ; wherein each of the tread members is configured to include a metallic nonwoven fabric ; wherein each of the tread members is configured to be in a shape of a rod having a through hole in its central portion in cross section in an extending direction. a skeleton portion including a rim member, a plurality of body springs latched on the rim member, and a plurality of interlink springs interlaced with the body springs ; and a plurality of tread members disposed at least on an outer periphery of the skeleton portion ; wherein each of the plurality of tread members is mounted on a groove formed with the body springs and the interlink springs , in such a manner that at least part of each of the plurality of tread members is embedded in the groove ; wherein each of the tread members is configured to include a metallic nonwoven fabric ; wherein each of the tread members is configured to be in a shape of a rod having a through hole in its central portion in cross section in an extending direction.
A computer-implemented method for inferring activity of a MAPK-AP-1 cellular signaling pathway in a subject performed by a digital processing device, wherein the inferring comprises: receiving expression levels of three or more target genes of the MAPK-AP-1 cellular signaling pathway measured in a sample of the subject, determining an activity level of an AP-1 transcription factor (TF) element in the sample of the subject, the AP-1 TF element controlling transcription of the three or more AP-1 target genes, the determining being based on evaluating a calibrated mathematical pathway model relating the expression levels of the three or more AP-1 target genes to the activity level of the AP-1 TF element, and inferring the activity of the MAPK-AP-1 cellular signaling pathway in the subject based on the determined activity level of the AP-1 TF element in the sample of the subject, wherein the three or more AP-1 target genes are selected from the group consisting of: BCL2L11, CCND1, DDIT3, DNMT1, EGFR, ENPP2, EZR, FASLG, FIGF, GLRX, IL2, IVL, LOR, MMP1, MMP3, MMP9, SERPINE1, PLAU, PLAUR, PTGS2, SNCG, TIMP1, TP53, and VIM, preferably, from the group consisting of CCND1, EGFR, EZR, GLRX, MMP1, MMP3, PLAU, PLAUR, SERPINE1, SNCG, and TIMP1. receiving expression levels of three or more target genes of the MAPK-AP-1 cellular signaling pathway measured in a sample of the subject, determining an activity level of an AP-1 transcription factor (TF) element in the sample of the subject, the AP-1 TF element controlling transcription of the three or more AP-1 target genes, the determining being based on evaluating a calibrated mathematical pathway model relating the expression levels of the three or more AP-1 target genes to the activity level of the AP-1 TF element, and inferring the activity of the MAPK-AP-1 cellular signaling pathway in the subject based on the determined activity level of the AP-1 TF element in the sample of the subject, wherein the three or more AP-1 target genes are selected from the group consisting of: BCL2L11, CCND1, DDIT3, DNMT1, EGFR, ENPP2, EZR, FASLG, FIGF, GLRX, IL2, IVL, LOR, MMP1, MMP3, MMP9, SERPINE1, PLAU, PLAUR, PTGS2, SNCG, TIMP1, TP53, and VIM, preferably, from the group consisting of CCND1, EGFR, EZR, GLRX, MMP1, MMP3, PLAU, PLAUR, SERPINE1, SNCG, and TIMP1.