mhurhangee/ep-ind-claims huggingface dataset:
A manipulation unit for enabling manipulation by a user, comprising: a body having a first end surface attachable to an attachment target; a tool holder which is located on a second end surface of the body and to which a tool is attachable; and a manipulated portion located on an outer circumferential surface of the body and comprising a manipulated surface, characterized in that the body has a cylindrical shape having: a first through hole extending between the first end surface and the second end surface of the body to penetrate the body; and a second through hole penetrating the body and connected to the first through hole, the manipulated portion is located in the second through hole, and the manipulated surface is set deeper in the body than a surrounding portion of the outer circumferential surface of the body surrounding the manipulated portion. a body having a first end surface attachable to an attachment target; a tool holder which is located on a second end surface of the body and to which a tool is attachable; and a manipulated portion located on an outer circumferential surface of the body and comprising a manipulated surface, characterized in that the body has a cylindrical shape having: a first through hole extending between the first end surface and the second end surface of the body to penetrate the body; and a second through hole penetrating the body and connected to the first through hole, a first through hole extending between the first end surface and the second end surface of the body to penetrate the body; and a second through hole penetrating the body and connected to the first through hole, the manipulated portion is located in the second through hole, and the manipulated surface is set deeper in the body than a surrounding portion of the outer circumferential surface of the body surrounding the manipulated portion.
A method comprising: receiving an audio stream including first utterance; generating a first incremental speech recognition output based on a first portion of the first utterance; generating a second incremental speech recognition output based on a second portion of the first utterance; determining, prior to generating the second incremental speech recognition output, a first intent of the first utterance based on the first incremental speech recognition output; retrieving a first resource based on the determined first intent; and incorporating the first resource in a media content to be played by a media module (144, 244), wherein: the determined first intent of the first utterance comprises speaking a predetermined word; the first resource comprises a substitute audio file; and the incorporating the first resource in the media content comprises substituting an audio portion of the media content including the predetermined word with the substitute audio file. receiving an audio stream including first utterance; generating a first incremental speech recognition output based on a first portion of the first utterance; generating a second incremental speech recognition output based on a second portion of the first utterance; determining, prior to generating the second incremental speech recognition output, a first intent of the first utterance based on the first incremental speech recognition output; retrieving a first resource based on the determined first intent; and incorporating the first resource in a media content to be played by a media module (144, 244), wherein: the determined first intent of the first utterance comprises speaking a predetermined word; the first resource comprises a substitute audio file; and the incorporating the first resource in the media content comprises substituting an audio portion of the media content including the predetermined word with the substitute audio file. the determined first intent of the first utterance comprises speaking a predetermined word; the first resource comprises a substitute audio file; and the incorporating the first resource in the media content comprises substituting an audio portion of the media content including the predetermined word with the substitute audio file.
Assembly comprising an elongate housing part in the form of a hollow body and a rod-shaped component which is introduced in its longitudinal direction into the housing part and fixed to the housing part, wherein the rod-shaped component and the housing part have openings (4, 5) for the form-fitting receiving of a generally bolt-shaped carry-along device which is to be inserted in the transverse direction of the rod-shaped component, characterized in that the generally bolt-shaped carry-along device is divided in its transverse direction into two bars (9, 10), wherein contact surfaces (9.1, 9.2, 10.1, 10.2) of the bars (9, 10) are of wedge-shaped design with respect to the housing part in such a manner that pushing of the bolt-shaped carry-along device in the transverse direction of the rod-shaped component causes the bolt-shaped carry-along device to be prestressed in the longitudinal direction of the rod-shaped component.
A fetal head direction measuring device, comprising a medical ultrasonic probe, an angle sensor, and a data processing unit, wherein the medical ultrasonic probe and the angle sensor are communicably connected with the data processing unit; the angle sensor is fixed to the medical ultrasonic probe for sensing an angular change of a scanning direction of the medical ultrasonic probe; the medical ultrasonic probe is configured to scan and acquire a preset ultrasonic image; and the data processing unit is configured to calculate a fetal head direction according to a directional angel (α) of preset fetal head feature points in the preset ultrasonic image and an included angle (δ) between an ultrasonic scanning direction vector I0 at an initial position of the probe according to an angle value sensed by the angle sensor at the initial position and an ultrasonic scanning direction vector I1 at a measurement position according to the angle value sensed by the angle sensor when acquiring the preset ultrasonic image and further wherein preset maternal pelvic feature points are included in the ultrasonic image acquired at said initial position and a maternal pelvis orientation is determined based on the angle value sensed by the angle sensor at the initial position. the angle sensor is fixed to the medical ultrasonic probe for sensing an angular change of a scanning direction of the medical ultrasonic probe; the medical ultrasonic probe is configured to scan and acquire a preset ultrasonic image; and the data processing unit is configured to calculate a fetal head direction according to a directional angel (α) of preset fetal head feature points in the preset ultrasonic image and an included angle (δ) between an ultrasonic scanning direction vector I0 at an initial position of the probe according to an angle value sensed by the angle sensor at the initial position and an ultrasonic scanning direction vector I1 at a measurement position according to the angle value sensed by the angle sensor when acquiring the preset ultrasonic image and further wherein preset maternal pelvic feature points are included in the ultrasonic image acquired at said initial position and a maternal pelvis orientation is determined based on the angle value sensed by the angle sensor at the initial position.
A halogenated xanthene hydrophilic pharmaceutical composition for use in the treatment of a hyperproliferative disorder of epithelial tissue, wherein the use comprises topically administering to a mammal in need a therapeutically effective amount of the halogenated xanthene hydrophilic pharmaceutical composition, in combination with a therapeutically effective amount of a targeted systemic anti-inflammatory agent, wherein said halogenated xanthene hydrophilic pharmaceutical composition comprises rose bengal or a pharmaceutically acceptable salt thereof as the active agent dissolved or dispersed in a hydrophilic vehicle, and wherein said targeted systemic anti-inflammatory agent is a phosphodiesterase-4 inhibitor.
Load carrier coupling for the releasable fixing of a rear load carrier with a support base for the placing of a load to a coupling body, in the form of a coupling ball, of a motor vehicle trailer coupling, wherein the load carrier coupling has a base which forms the support base or is provided for holding the support base, wherein there is provided on the base a clamping fixture comprising two clamping parts (31, 32) and which is adjustable by means of an actuating device between an open position for inserting the coupling body into a space between the clamping parts (31, 32) and for removing the coupling body from the space, and a clamping position provided for clamping the coupling body, wherein the clamping parts (31, 32) in the open position have a greater distance for inserting and removing the coupling body than in the clamping position, characterised in that at least one of the clamping parts is movably mounted with the aid of a bearing assembly with at least two degrees of freedom of movement (S2, S3, S4) differing from one another relative to at least one stop face, so that it is adjustable by the coupling body resting on the other clamping part to alignment on the coupling body during a last movement section of the clamping fixture to adopt the clamping position relative to the stop face or faces, wherein the stop face or faces comprise(s) or is or are formed by a stop face provided on a stop element adjustable for setting a distance between the clamping parts (31, 32) in the clamping position and/or comprises or is formed by a stop face which is stationary relative to a component of the actuating device, in particular a force transmission element, or the base.
A server implementing a Machine-to-Machine (M2M) service layer in a communication system, the M2M service layer providing services for M2M terminal devices and M2M gateway devices in a field domain of the communication system, and M2M applications and a communication network in an infrastructure domain of the communication system, the server comprising a computer memory containing instructions and a computer processor which executes the instructions, wherein the instructions are implemented in a set of service capability, SC, provided by the M2M service layer, and wherein the server is arranged: to receive information from a first device via the communication network, the information comprising location information and a privacy policy of the first device, wherein the privacy policy comprises a service advertising rule and criteria relating to an identity of a second device, a distance, and/or a relationship among two or more devices; wherein the service advertising rule defines permission to advertise services on behalf of the first device; to apply the privacy policy to information known to the server regarding a set of devices, the set comprising the first device, the second device, and/or other devices; to choose from the set of devices those devices that meet the criteria of the privacy policy; to push to the chosen devices via the communication network the location information of the first device; and to push to the chosen devices via the communication network a notification of a Location-Based Service, LBS, if the chosen devices meet the service advertising rule of the privacy policy of the first device, the LBS being provided and advertised by the first device to other devices of the communication network. to receive information from a first device via the communication network, the information comprising location information and a privacy policy of the first device, wherein the privacy policy comprises a service advertising rule and criteria relating to an identity of a second device, a distance, and/or a relationship among two or more devices; wherein the service advertising rule defines permission to advertise services on behalf of the first device; to apply the privacy policy to information known to the server regarding a set of devices, the set comprising the first device, the second device, and/or other devices; to choose from the set of devices those devices that meet the criteria of the privacy policy; to push to the chosen devices via the communication network the location information of the first device; and to push to the chosen devices via the communication network a notification of a Location-Based Service, LBS, if the chosen devices meet the service advertising rule of the privacy policy of the first device, the LBS being provided and advertised by the first device to other devices of the communication network.
A curable composition comprising a component, a component, and a component, the curable composition comprising the component and the component in a mass ratio (component:component) of 100:0.3 to 100:30, the component being a silane compound copolymer that is represented by a formula (a-1), (CHR 1 X 0 -D-Si0 3/2) m (R 2 Si0 3/2) n (CHR 1 X 0 -D-SiZ0 2/2) o (R 2 SiZ0 2/2) p (CHR 1 X 0 -D-SiZ 2 0 1/2) q (R 2 SiZ 2 0 1/2) r ··· (a-1) wherein R 1 is a hydrogen atom or an alkyl group having 1 to 6 carbon atoms, X 0 is a halogen atom, a cyano group, or a group represented by OG (wherein G is a protecting group for a hydroxyl group), D is a single bond or a substituted or unsubstituted divalent organic group having 1 to 20 carbon atoms, R 2 is an alkyl group having 1 to 20 carbon atoms, or a substituted or unsubstituted phenyl group, Z is a hydroxyl group, an alkoxy group having 1 to 10 carbon atoms, or a halogen atom, m and n are independently a positive integer, and o, p, q, and r are independently 0 or a positive integer, the component being a 1,3,5-N-tris[(trialkoxysilyl)alkyl] isocyanurate represented by a formula (b-3), wherein R a are an alkoxy group having 1 to 6 carbon atoms, provided that R a are either identical or different, and t are independently an integer from 1 to 10, and the component being a silane coupling agent that has an acid anhydride structure.
A method for operating a servo press line in which a servo press and a servo transfer device are disposed in a workpiece transfer direction, the method comprising: causing a transfer controller to receive a master signal that causes the servo transfer device to make a motion in synchronization with the servo press, the transfer controller controlling a motor of the servo transfer device using a motor instruction; causing the transfer controller to determine whether or not an abnormality in the master signal has occurred, characterized in that the method further comprises: causing the transfer controller to generate the motor instruction based on a stop signal that stops the motor of the servo transfer device, instead of the master signal, when the transfer controller has determined that an abnormality in the master signal has occurred and causing the transfer controller to determine whether or not the servo transfer device is moving in a direction to enter a press area, the press area being an interference area with the servo press, wherein the transfer controller selects one of different types of the stop signals corresponding to a determination result as to whether or not the servo transfer device is moving in a direction to enter the press area. causing a transfer controller to receive a master signal that causes the servo transfer device to make a motion in synchronization with the servo press, the transfer controller controlling a motor of the servo transfer device using a motor instruction; causing the transfer controller to determine whether or not an abnormality in the master signal has occurred, characterized in that the method further comprises: causing the transfer controller to generate the motor instruction based on a stop signal that stops the motor of the servo transfer device, instead of the master signal, when the transfer controller has determined that an abnormality in the master signal has occurred and causing the transfer controller to determine whether or not the servo transfer device is moving in a direction to enter a press area, the press area being an interference area with the servo press, wherein the transfer controller selects one of different types of the stop signals corresponding to a determination result as to whether or not the servo transfer device is moving in a direction to enter the press area. causing the transfer controller to generate the motor instruction based on a stop signal that stops the motor of the servo transfer device, instead of the master signal, when the transfer controller has determined that an abnormality in the master signal has occurred and causing the transfer controller to determine whether or not the servo transfer device is moving in a direction to enter a press area, the press area being an interference area with the servo press, wherein the transfer controller selects one of different types of the stop signals corresponding to a determination result as to whether or not the servo transfer device is moving in a direction to enter the press area.
A method of identifying firearms (1501a, 1501b, 1502a, 1502b, 1503a, 1503b,1503c, 1804) within radiographic images of a conveyance carrying the firearms, the method comprising: obtaining from a database a template image (1602, 1604, 1808) of a firearm; generating a radiographic image of the conveyance using a radiographic source; applying a first technique to the radiographic image to obtain first features, wherein said first technique is insensitive to changes in orientations or sizes of said firearms due to the firearm's rotation or distance from the radiographic source; comparing a set of predefined features of the template image with the first features of the radiographic image to determine a first matched set of features; filtering image regions of the radiographic image to obtain filtered image regions; determining one or more regions indicating presence of a firearm; and marking the one or more regions on the radiographic image to communicate an alarm; characterised in that the method additionally comprises applying a second technique to the radiographic image to obtain a second set of features, wherein said second technique is different from the first technique; wherein said step of filtering the image regions of the radiographic image comprises determining image regions, which are common to the first matched set of features and the second set of features; and wherein the one or more regions indicating presence of a firearm are determined by classifying the filtered image regions using image properties extracted from the filtered image regions. obtaining from a database a template image (1602, 1604, 1808) of a firearm; generating a radiographic image of the conveyance using a radiographic source; applying a first technique to the radiographic image to obtain first features, wherein said first technique is insensitive to changes in orientations or sizes of said firearms due to the firearm's rotation or distance from the radiographic source; comparing a set of predefined features of the template image with the first features of the radiographic image to determine a first matched set of features; filtering image regions of the radiographic image to obtain filtered image regions; determining one or more regions indicating presence of a firearm; and marking the one or more regions on the radiographic image to communicate an alarm; the method additionally comprises applying a second technique to the radiographic image to obtain a second set of features, wherein said second technique is different from the first technique; wherein said step of filtering the image regions of the radiographic image comprises determining image regions, which are common to the first matched set of features and the second set of features; and wherein the one or more regions indicating presence of a firearm are determined by classifying the filtered image regions using image properties extracted from the filtered image regions.
A material dispenser comprising a housing, a mounting for a roll of material to be dispensed, and a material level indicator, in which said mounting comprises a first support member, an outer end of which comprises an annular mounting boss for rotationally supporting a roll of material to be dispensed so it can rotate on an axis in order for the material to be unfurled therefrom, and so a first side of said roll of material is disposed in a plane orthogonal to said axis, in which said material level indicator comprises an arm rotationally mounted to said dispenser at a pivot point, said arm comprising a visual indicator member at a first end thereof, characterised in that said arm comprises a lateral abutment axially displaced from said visual indicator member for engaging with said first side of said roll of material, in which said arm is rotatable about said pivot point between a first position in which said arm is substantially parallel with said plane and said lateral abutment traverses said plane, and a second position in which said arm is arranged at an angle to said plane, and said lateral abutment and said visual indicator member are laterally displaced.
A matte coat having a first major surface, the matte coat comprising a first layer defining the first major surface of the matte coat, the first layer comprising a polymeric matrix and a plurality of forming bodies entrained therein, wherein: the forming bodies have an index of refraction ( n b) and an average major dimension, the first layer has an index of refraction ( n m), wherein the first major surface has a plurality of protuberances corresponding to the forming bodies entrained within the first layer; n b is within about 0.1 of n m; and the difference in density between the forming bodies and a liquid polymer resin that forms the polymeric matrix is less than about 0.25 kg/m 3. the forming bodies have an index of refraction ( n b) and an average major dimension, the first layer has an index of refraction ( n m), wherein the first major surface has a plurality of protuberances corresponding to the forming bodies entrained within the first layer; n b is within about 0.1 of n m; and the difference in density between the forming bodies and a liquid polymer resin that forms the polymeric matrix is less than about 0.25 kg/m 3.
Thermal breaker element intended to be fitted at the joint between an internal partition and a façade wall of a reinforced-concrete construction, the said element comprising an insulating material and metal frames (20, 21) provided for running inside the said partition and inside the said wall, the thermal breaker element comprising a framework against which the said insulating material is placed, the said framework comprising a base and said metal frames comprising first and second reinforcing bars, the said first reinforcing bars being permanently secured to the said framework, the first reinforcing bars thus being movable between a retracted position in which they are brought back against the said framework and run substantially parallel to the said framework and a deployed position in which they run perpendicularly out of a first side of the said framework, the said first reinforcing bars comprising "U" shaped metal bars, the thermal breaker element being characterised in that the first reinforcing bars are secured to the said base by pivotal connections, the said pivotal connections ensuring their being rotatably mounted on the said framework and lugs being secured inside the said framework to the said base and running longitudinally to the said framework and perpendicularly to the said base, the said metal bars being rotatably mounted in the said lugs