mhurhangee/ep-ind-claims huggingface dataset:
A lighting system comprising: a first solid-state lamp and a second solid-state lamp, wherein each of the first solid-state lamp and the second solid-state lamp comprise: a base configured to engage a power socket; a plurality of solid-state emitters arranged over a non-planar interior surface of the solid-state lamp, wherein at least one of the solid-state emitters is individually addressable to customize its emissions; one or more focusing optics optically coupled with the plurality of solid-state emitters; and a control interface configured for communicative coupling with the first solid-state lamp and with the second solid-state lamp, the control interface comprising a software control layer, wherein the software control layer is configured to detect overlap of beam distribution of the first solid-state lamp and of the second solid-state lamp and adjust emissions thereof. a base configured to engage a power socket; a plurality of solid-state emitters arranged over a non-planar interior surface of the solid-state lamp, wherein at least one of the solid-state emitters is individually addressable to customize its emissions; one or more focusing optics optically coupled with the plurality of solid-state emitters; and a control interface configured for communicative coupling with the first solid-state lamp and with the second solid-state lamp, the control interface comprising a software control layer, wherein the software control layer is configured to detect overlap of beam distribution of the first solid-state lamp and of the second solid-state lamp and adjust emissions thereof.
A method for acquiring a visual angle, characterized in that comprising: Receiving, by a central processing unit CPU of a camera, angle information that is sent by an accelerometer sensor arranged on the camera; cyclically determining, by the CPU, whether angle information received this time is consistent with that received last time; and if the angle information received this time is inconsistent with that received last time, performing the next step of converting, by the CPU, the received angle information to a visual angle value; and sending, by the CPU, the visual angle value to a server, so that a client receives the visual angle value forwarded by the server. Receiving, by a central processing unit CPU of a camera, angle information that is sent by an accelerometer sensor arranged on the camera; cyclically determining, by the CPU, whether angle information received this time is consistent with that received last time; and if the angle information received this time is inconsistent with that received last time, performing the next step of converting, by the CPU, the received angle information to a visual angle value; and sending, by the CPU, the visual angle value to a server, so that a client receives the visual angle value forwarded by the server.
A mobile communication terminal for downloading contents, comprising: a memory for storing a plurality of groups including at least one multimedia data to be outputted while downloading contents; a controller for calculating a prediction time taken to download the contents, comparing the calculated prediction time with a positive preset time 1, judging 1 see original description, page 7, lines 16 to 18, as well as original figure 3A; whether the multimedia data to be outputted while downloading the contents exists when the prediction time is more than the preset time 2, 2 see original description, page 7, lines 21 to 23, as well as original figure 3A;and outputting at least one control signal when the multimedia data exists 3; 3 see original description, page 5, lines 9 to 18, and page 8, lines 1 to 5, as well as original figure 3A; an audio processor for outputting an audio data according to a first control signal of the controller 4. 4 see original description, page 5, lines 9 to 18, and page 8, lines 2 to 9, as well as original figures 3A and 3B;and a display unit for outputting a text data corresponding to the audio data according to a second control signal of the controller 5. 5 see original description, page 5, lines 9 to 18, and page 8, lines 2 to 9, as well as original figures 3A and 3B; a memory for storing a plurality of groups including at least one multimedia data to be outputted while downloading contents; a controller for calculating a prediction time taken to download the contents, comparing the calculated prediction time with a positive preset time 1, judging 1 see original description, page 7, lines 16 to 18, as well as original figure 3A; whether the multimedia data to be outputted while downloading the contents exists when the prediction time is more than the preset time 2, 2 see original description, page 7, lines 21 to 23, as well as original figure 3A;and outputting at least one control signal when the multimedia data exists 3; 3 see original description, page 5, lines 9 to 18, and page 8, lines 1 to 5, as well as original figure 3A; an audio processor for outputting an audio data according to a first control signal of the controller 4. 4 see original description, page 5, lines 9 to 18, and page 8, lines 2 to 9, as well as original figures 3A and 3B;and a display unit for outputting a text data corresponding to the audio data according to a second control signal of the controller 5. 5 see original description, page 5, lines 9 to 18, and page 8, lines 2 to 9, as well as original figures 3A and 3B;
A method comprising, by one or more computing systems: accessing, from a data store, a plurality of input tuples associated with a first user, wherein each input tuple comprises a gesture-input and a corresponding speech-input; determining, by a natural-language understanding module, a plurality of intents corresponding to the plurality of speech-inputs, respectively; generating, for the plurality of gesture-inputs, a plurality of feature representations based on one or more machine-learning models; characterised by determining a plurality of gesture identifiers for the plurality of gesture-inputs, respectively, based on their respective feature representations; associating the plurality of intents with the plurality of gesture identifiers, respectively; and training, for the first user, a personalized gesture-classification model based on the plurality of feature representations of their respective gesture-inputs and the associations between the plurality of intents and their respective gesture identifiers. accessing, from a data store, a plurality of input tuples associated with a first user, wherein each input tuple comprises a gesture-input and a corresponding speech-input; determining, by a natural-language understanding module, a plurality of intents corresponding to the plurality of speech-inputs, respectively; generating, for the plurality of gesture-inputs, a plurality of feature representations based on one or more machine-learning models; characterised by determining a plurality of gesture identifiers for the plurality of gesture-inputs, respectively, based on their respective feature representations; associating the plurality of intents with the plurality of gesture identifiers, respectively; and training, for the first user, a personalized gesture-classification model based on the plurality of feature representations of their respective gesture-inputs and the associations between the plurality of intents and their respective gesture identifiers.
A life cycle management method for a network service, wherein the method comprises: receiving, by a first device, a life cycle management request from a second device for a target network service, NS, wherein the life cycle management request comprises a mapping relationship between an identifier of an existing virtualized network function, VNF, instance and a characteristic parameter corresponding to the identifier, the characteristic parameter is for identifying only one piece of VNF instance requirement information in a target network service descriptor, NSD, the VNF instance requirement information comprises a virtualized network function descriptor and a deployment flavor; and performing, by the first device, life cycle management on the target NS according to the existing VNF instance and the mapping relationship. receiving, by a first device, a life cycle management request from a second device for a target network service, NS, wherein the life cycle management request comprises a mapping relationship between an identifier of an existing virtualized network function, VNF, instance and a characteristic parameter corresponding to the identifier, the characteristic parameter is for identifying only one piece of VNF instance requirement information in a target network service descriptor, NSD, the VNF instance requirement information comprises a virtualized network function descriptor and a deployment flavor; and performing, by the first device, life cycle management on the target NS according to the existing VNF instance and the mapping relationship.
A rapid-entry shoe comprising: a sole portion and an upper, the upper comprising a rear portion, a side portion, a forward portion, and a transition portion between the forward portion and the side portion; an elastic element disposed at the side portion, the elastic element extending to and forming a portion of a topline of the rapid-entry shoe; a stabilizer disposed at the rear portion and extending from within the sole portion, the stabilizer comprising a base portion at least partially within the sole portion and an elevated portion; wherein expansion or deformation of the elastic element enlarges a foot opening of the rapid-entry shoe for insertion of a foot into the foot opening, and wherein contraction of the elastic element reduces the foot opening of the rapid-entry shoe; wherein the elastic element is configured to enable the forward portion of the upper to flex and/or pivot forward relative to the sole portion during insertion of the foot into the foot opening; and wherein the stabilizer is comprised of a rigid material, and is configured to prevent the rear portion of the upper from collapsing downward relative to the sole portion when the foot is inserted into the foot opening; characterized in that the stabilizer extends to a top collar or the topline of the rapid-entry shoe. a sole portion and an upper, the upper comprising a rear portion, a side portion, a forward portion, and a transition portion between the forward portion and the side portion; an elastic element disposed at the side portion, the elastic element extending to and forming a portion of a topline of the rapid-entry shoe; a stabilizer disposed at the rear portion and extending from within the sole portion, the stabilizer comprising a base portion at least partially within the sole portion and an elevated portion; wherein expansion or deformation of the elastic element enlarges a foot opening of the rapid-entry shoe for insertion of a foot into the foot opening, and wherein contraction of the elastic element reduces the foot opening of the rapid-entry shoe; wherein the elastic element is configured to enable the forward portion of the upper to flex and/or pivot forward relative to the sole portion during insertion of the foot into the foot opening; and wherein the stabilizer is comprised of a rigid material, and is configured to prevent the rear portion of the upper from collapsing downward relative to the sole portion when the foot is inserted into the foot opening; characterized in that the stabilizer extends to a top collar or the topline of the rapid-entry shoe.
A fixed positioning mechanism for a spring arm of a pendant system, the pendant system for the manipulation and maintained support of a device mounted to the spring arm, the fixed positioning mechanism comprising: a base link, a load link, and a transfer link; said base link and said transfer link share a first pivot; said load link further comprising a fine load adjustment adjacent said first pivot, said fine load adjustment actuatable to be moved towards or away from said first pivot; a second pivot at said fine load adjustment; said transfer link further comprising a slidable rod assembly having a first end and a second end, a spring situated over said rod assembly, and a third pivot mounted on said first end of said rod assembly; said load link extending between said second pivot and said third pivot such that actuation of said fine load adjustment towards or away from said first pivot will respectively increase or decrease the distance between said first pivot and said third pivot; and characterized by said load link further comprising a curved or offset body such that rotation of said transfer link below horizontal allows said base link to intersect a plane defined by said second pivot and said third pivot regardless of the positioning of said fine load adjustment. a base link, a load link, and a transfer link; said base link and said transfer link share a first pivot; said load link further comprising a fine load adjustment adjacent said first pivot, said fine load adjustment actuatable to be moved towards or away from said first pivot; a second pivot at said fine load adjustment; said transfer link further comprising a slidable rod assembly having a first end and a second end, a spring situated over said rod assembly, and a third pivot mounted on said first end of said rod assembly; said load link extending between said second pivot and said third pivot such that actuation of said fine load adjustment towards or away from said first pivot will respectively increase or decrease the distance between said first pivot and said third pivot; and characterized by said load link further comprising a curved or offset body such that rotation of said transfer link below horizontal allows said base link to intersect a plane defined by said second pivot and said third pivot regardless of the positioning of said fine load adjustment.
Adapter element for a holding device for an air de-oiling element of a vacuum pump, comprising a first cylindrical portion having a first diameter and a second cylindrical portion having a second diameter and adapted to receive the air de-oiling element, whereby the first diameter is equal to or smaller than the second diameter and whereby the second cylindrical portion has circumferential recesses which form at least three fixing fingers aligned parallel to the longitudinal axis of the adapter element and distributed uniformly or non-uniformly over the circumference of the second cylindrical section, characterized in that at least two fixing fingers are mounted so as to be elastically radially displaceable.
A respiration valve 401 to be used for performing respiration tests on e.g. humans, wherein said respiration valve comprises at least three ports, a first mouth port 402 and two or more breathing ports 403 and 404, wherein said breathing ports comprise valves to control flow through said breathing ports and wherein at least one of said valves is a pneumatic pinch valve comprising a channel 101 with a flexible wall 201 to be used for said flow, and where said flexible wall 201 of the channel 101 comprises two wall segments 202 which are pinched towards each other based on pressure 103 from fluid, such as air, introduced into said chamber, the respiration valve being characterized by said channel 101 being molded as an integrated part of a surrounding chamber 102, and where said wall segments 202 are opposing and angularly interconnected, said wall segments 202 being angularly connected at interconnection points 203.
A chop saw comprising: a base assembly having a workpiece-supporting plane; a saw assembly _ pivotally attached to the base assembly, the saw assembly having a blade having a blade plane and a motor driving the blade, wherein a trunnion connects the base assembly and the saw assembly allowing a user to rotate the saw assembly from a first position where the blade plane extends through the workpiece-supporting plane to a second position where the blade plane does not extend through the workpiece-supporting plane; Characterised in that the trunnion carries a first hinge, wherein a pivot arm is pivotally attached to the first hinge, the pivot arm supporting the saw assembly; wherein the base assembly comprises a rotatable table, the trunnion being connected to the table and the saw assembly; wherein the trunnion can be rotated about a bevel axis that is substantially parallel to the workpiece-supporting plane, the trunnion having a side trunnion hinge that allows the saw assembly to be pivoted between the first and second positions; wherein the saw assembly pivots about the side trunnion hinge about a hinge axis that is substantially parallel to the bevel axis; wherein the hinge axis of the side trunion hinge is substantially perpendicular to the axis of the first hinge, wherein, when the saw assembly is in its second position, it can be rotated about the first hinge to minimise the size of the saw. a base assembly having a workpiece-supporting plane; a saw assembly _ pivotally attached to the base assembly, the saw assembly having a blade having a blade plane and a motor driving the blade, wherein a trunnion connects the base assembly and the saw assembly allowing a user to rotate the saw assembly from a first position where the blade plane extends through the workpiece-supporting plane to a second position where the blade plane does not extend through the workpiece-supporting plane; Characterised in that the trunnion carries a first hinge, wherein a pivot arm is pivotally attached to the first hinge, the pivot arm supporting the saw assembly; wherein the base assembly comprises a rotatable table, the trunnion being connected to the table and the saw assembly; wherein the trunnion can be rotated about a bevel axis that is substantially parallel to the workpiece-supporting plane, the trunnion having a side trunnion hinge that allows the saw assembly to be pivoted between the first and second positions; wherein the saw assembly pivots about the side trunnion hinge about a hinge axis that is substantially parallel to the bevel axis; wherein the hinge axis of the side trunion hinge is substantially perpendicular to the axis of the first hinge, wherein, when the saw assembly is in its second position, it can be rotated about the first hinge to minimise the size of the saw.
Barrier gate with barrier elements for preventing attacks by means of vehicles, the barrier gate being stationarily anchored in a foundation and the positions of the gate being controllable by means of a control device, characterised in that the gate has at least two gate booms which are designed to be controllable separately from one another and in the interior of which or on the surface of which an elastic capturing device is arranged, that retains the impacting vehicle, wherein the capturing device consists of at least two capturing elements with different elasticity, which are achieved by using different materials and/or physical formations, by means of which the vehicle is captured in horizontal planes of differing heights.
A device (100; 200), comprising: a validation unit (130; 230); and an authentication unit (120; 220); characterised in that a download unit is to: download a header section of a package (150; 250) containing a defined separation point between the header section and a data section, determine a separation point between the header and data (158; 258) sections based on the defined separation point, which is a number sequence included in the package; pause a download of the package (150; 250) after the number sequence is downloaded, and resume the download of the package (150; 250) after a package information is validated and a certificate is authenticated; the validation unit (130; 230) is to analyze package information extracted from the header section, the package information to include information about a data section of the package (150; 250); and the authentication unit (120; 220) is to analyze a certificate extracted from the header section, the certificate to verify a source of the data section, wherein the download unit is to download the data section of the package if the package informational is validated and the certificate is authenticated, whereby the package (150; 250) is contained within a single file. a validation unit (130; 230); and an authentication unit (120; 220); characterised in that a download unit is to: download a header section of a package (150; 250) containing a defined separation point between the header section and a data section, determine a separation point between the header and data (158; 258) sections based on the defined separation point, which is a number sequence included in the package; pause a download of the package (150; 250) after the number sequence is downloaded, and resume the download of the package (150; 250) after a package information is validated and a certificate is authenticated; download a header section of a package (150; 250) containing a defined separation point between the header section and a data section, determine a separation point between the header and data (158; 258) sections based on the defined separation point, which is a number sequence included in the package; pause a download of the package (150; 250) after the number sequence is downloaded, and resume the download of the package (150; 250) after a package information is validated and a certificate is authenticated; the validation unit (130; 230) is to analyze package information extracted from the header section, the package information to include information about a data section of the package (150; 250); and the authentication unit (120; 220) is to analyze a certificate extracted from the header section, the certificate to verify a source of the data section, wherein the download unit is to download the data section of the package if the package informational is validated and the certificate is authenticated, whereby the package (150; 250) is contained within a single file.
A cephalosporin derivative represented by Chemical Formula 1, a hydrate thereof, a solvate thereof, or a pharmaceutically acceptable salt thereof: wherein X is CR, N, or C substituted by Cl (C-Cl); Y is C 1 -C 2 alkyl, CH(CH 3)CO 2 H, or C(CH 3) 2 CO 2 H; L is CH 2 or CH=CHCH 2; R 1 is NH 2, THR 11 or NH(CH 2) m NR 11 R 12; R 2 is NHR 21, NH(CH 2) n COOH, NH(CH 2) n NR 21 R 22, or NHC(=O)(CH 2) n NR 21 R 22; and R 3 is hydrogen or NH 2, in which R is hydrogen or C 1 -C 3 alkyl; R 11 andR 21 are independently a group selected from the group consisting of: R 12 and R 22 are independently hydrogen or C 1 -C 2 alkyl; and m and n are independently an integer of 1 to 6. wherein X is CR, N, or C substituted by Cl (C-Cl); Y is C 1 -C 2 alkyl, CH(CH 3)CO 2 H, or C(CH 3) 2 CO 2 H; L is CH 2 or CH=CHCH 2; R 1 is NH 2, THR 11 or NH(CH 2) m NR 11 R 12; R 2 is NHR 21, NH(CH 2) n COOH, NH(CH 2) n NR 21 R 22, or NHC(=O)(CH 2) n NR 21 R 22; and R 3 is hydrogen or NH 2, in which R is hydrogen or C 1 -C 3 alkyl; R 11 andR 21 are independently a group selected from the group consisting of: R 12 and R 22 are independently hydrogen or C 1 -C 2 alkyl; and m and n are independently an integer of 1 to 6.