mhurhangee/ep-ind-claims huggingface dataset:
An ultrasonic flow meter, comprising: an outer housing having an upper housing portion attached to a lower housing portion, with the upper housing portion having an attachment feature for attaching to a pipe that is adapted for having a fluid flowing therein; at least a first piezoelectric element having a planar surface that defines a horizontal plane coupled to a transmitter and to a receiver, wherein the first piezoelectric element is configured to emit ultrasonic waves at an operating wavelength (λ) in an axial direction which is perpendicular to the horizontal plane; a lens combination in the lower housing portion, including: a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion. an outer housing having an upper housing portion attached to a lower housing portion, with the upper housing portion having an attachment feature for attaching to a pipe that is adapted for having a fluid flowing therein; at least a first piezoelectric element having a planar surface that defines a horizontal plane coupled to a transmitter and to a receiver, wherein the first piezoelectric element is configured to emit ultrasonic waves at an operating wavelength (λ) in an axial direction which is perpendicular to the horizontal plane; a lens combination in the lower housing portion, including: a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion. a refocusing lens positioned radially outside the first piezoelectric element that is ring-shaped configured for redirecting received radial ones of the ultrasonic waves to travel in the axial direction for reducing a signal loss, and a second lens that is flat disc-shaped positioned below the refocusing lens that includes an outer portion which is radially outside the first piezoelectric element configured for redirecting the radial ones of the ultrasonic waves to travel in the axial direction, the second lens has a thickness configured to act as a matching layer for reducing multiple reflections within the lower housing portion.
A communication device, the communication device having a front, a back, and an upper direction when used vertically, the communication device comprising: a housing; mmWave, Millimeter Wave, antenna elements; and a display device for displaying at the front, having a partition line, wherein a first space is formed above the partition line, and a second space is formed below the partition line; wherein the display device is embedded in the housing and wherein the mmWave antenna elements are disposed in the first space, and there is no mmWave antenna element disposed in the second space wherein the mmWave antenna elements cover the same operation frequency band and the mmWave antenna elements comprise a first mmWave antenna element for generating front radiation, a second mmWave antenna element for generating back radiation, and a third mmWave antenna element for generating upper radiation; microwave antenna elements (316, 362, 363, 364), disposed in both the first space and the second space, and wherein the microwave antenna elements (316, 362, 363, 364) are adjacent to respective corners of the housing; and wherein the second mmWave antenna element has a sixth projection on a front surface of the housing, and the sixth projection at least partially overlaps the display device. a housing; mmWave, Millimeter Wave, antenna elements; and a display device for displaying at the front, having a partition line, wherein a first space is formed above the partition line, and a second space is formed below the partition line; wherein the display device is embedded in the housing and wherein the mmWave antenna elements are disposed in the first space, and there is no mmWave antenna element disposed in the second space wherein the mmWave antenna elements cover the same operation frequency band and the mmWave antenna elements comprise a first mmWave antenna element for generating front radiation, a second mmWave antenna element for generating back radiation, and a third mmWave antenna element for generating upper radiation; microwave antenna elements (316, 362, 363, 364), disposed in both the first space and the second space, and wherein the microwave antenna elements (316, 362, 363, 364) are adjacent to respective corners of the housing; and wherein the second mmWave antenna element has a sixth projection on a front surface of the housing, and the sixth projection at least partially overlaps the display device.
An image display apparatus comprising: a number-of-pixel acquisition unit configured to acquire a number of pixels of image data stored in a storage device; an aspect ratio acquisition unit configured to acquire an aspect ratio of the image data; and a display control unit configured to display a list of a plurality of thumbnail images of the image data on a display device, wherein the display control unit is configured to display a thumbnail image of the image data having more pixels as a larger thumbnail image than that of the image data having less pixels, while keeping the aspect ratio of the image data, and characterised in that: the display control unit is further configured to display a thumbnail image of the image data on a belt-shaped region distinguishable from a background displayed on the display device, the belt-shaped region being different from the thumbnail images of the image data, and in that the display control unit is configured to display a thumbnail image of the image data whose height-to-width ratio exceeds a predetermined ratio value to be displayed so as to protrude from the belt-shaped region. a number-of-pixel acquisition unit configured to acquire a number of pixels of image data stored in a storage device; an aspect ratio acquisition unit configured to acquire an aspect ratio of the image data; and a display control unit configured to display a list of a plurality of thumbnail images of the image data on a display device, wherein the display control unit is configured to display a thumbnail image of the image data having more pixels as a larger thumbnail image than that of the image data having less pixels, while keeping the aspect ratio of the image data, the display control unit is further configured to display a thumbnail image of the image data on a belt-shaped region distinguishable from a background displayed on the display device, the belt-shaped region being different from the thumbnail images of the image data, and in that the display control unit is configured to display a thumbnail image of the image data whose height-to-width ratio exceeds a predetermined ratio value to be displayed so as to protrude from the belt-shaped region.
A mobile communications network for communicating data packets to or from one or more mobile communications terminals, the mobile communications network comprising a radio network part including a plurality of base stations for communicating data packets to or from the mobile communications terminals via a radio access interface, and a core network part which is configured to communicate the data packets to destination addresses from the radio network part or to communicate the data packets to the radio network part from source addresses, the mobile communications network being configured to establish communications bearers for communicating the data packets to or from the mobile communications terminals via the radio network part and the core network part, each of the communications bearers being established using context information associated with one or more connections from the mobile communications terminals to the destination addresses, or to the mobile communications terminals from source addresses, wherein one of the mobile communications terminals is configured when in an idle state, to communicate a short message data packet to one of the base stations of the radio network part as a signalling message using predetermined parameters for configuring a transmitter of the mobile communications terminal, which correspond with parameters with which a receiver in the base station is configured to receive the short message data packet, the predetermined parameters including at least one of a power control level setting a power with which a radio signal representing the short message data packet is transmitted, modulation and encoding of the short message data packet for communicating the short message data packet from the mobile communications terminal to the base station using the radio signal, the short message data packet including an indication of context information for use by the mobile communications network for communicating the short message data packet to a mobility manager of the mobile communications network.
A recyclable formwork, comprising: a main unit including a contact surface to be in contact with cast concrete, a non-contact surface being parallel and opposite to the contact surface, and a plurality of ribs (3, 4, 5, 6) extending from the non-contact surface in a direction away from the non-contact surface and reinforcing said main unit; a case being housed between the plurality of ribs (3,4,5,6) and being fixed on a side of the non-contact surface; and a circuit being stored in said case, wherein: a through-hole is situated at a position corresponding to where said case is fixed, the through-hole penetrating said main unit from the non-contact surface to the contact surface; a concrete temperature-detecting sensor for detecting the surface temperature of the concrete, characterized in that; a sensor-housing case is provided at a lower portion of said case, the sensor-housing case being inserted into the through-hole, a bottom face of the sensor-housing case facing in use the concrete; and the concrete temperature-detecting sensor is housed in the sensor-housing case. a main unit including a contact surface to be in contact with cast concrete, a non-contact surface being parallel and opposite to the contact surface, and a plurality of ribs (3, 4, 5, 6) extending from the non-contact surface in a direction away from the non-contact surface and reinforcing said main unit; a case being housed between the plurality of ribs (3,4,5,6) and being fixed on a side of the non-contact surface; and a circuit being stored in said case, wherein: a through-hole is situated at a position corresponding to where said case is fixed, the through-hole penetrating said main unit from the non-contact surface to the contact surface; a concrete temperature-detecting sensor for detecting the surface temperature of the concrete, characterized in that; a sensor-housing case is provided at a lower portion of said case, the sensor-housing case being inserted into the through-hole, a bottom face of the sensor-housing case facing in use the concrete; and the concrete temperature-detecting sensor is housed in the sensor-housing case. a through-hole is situated at a position corresponding to where said case is fixed, the through-hole penetrating said main unit from the non-contact surface to the contact surface; a concrete temperature-detecting sensor for detecting the surface temperature of the concrete, characterized in that; a sensor-housing case is provided at a lower portion of said case, the sensor-housing case being inserted into the through-hole, a bottom face of the sensor-housing case facing in use the concrete; and the concrete temperature-detecting sensor is housed in the sensor-housing case.
Launch unit for a drivetrain of a motor vehicle, comprising a retarder and a switchable mechanical separating clutch with at least one launch element (5, 6) which, in a closed state, connects a drive side, which within the drivetrain serves for the connection to a drive machine, to each case one output side (8, 9), which is provided within the drivetrain for the coupling to a motor vehicle transmission, wherein the retarder is integrated into the separating clutch by virtue of the retarder being accommodated axially between the at least one launch element (5, 6) and at least one operating actuator (10, 11) of the at least one launch element (5, 6), characterized in that the retarder is positioned radially to the inside of the at least one operating actuator (10, 11).
A leg orthosis comprising a securing device for fixing the leg orthosis to a trunk of the body of an orthosis user and at least one articulation device, by way of which a first orthosis component, which can be fixed to an extremity of the orthosis user, is mounted pivotably relative to the securing device, the articulation device has at least three joints (21, 22, 23), which respectively have at least one pivot axis (24, 25, 28) and the respectively at least one pivot axes (24, 25, 28) intersect at a common point, characterized in that at least two of the pivot axes (24, 25, 28) are not aligned orthogonally in relation to one another.
A composition comprising an organopolysiloxane having the average chemical structure: [R'R 2 SiO-(R 2 SiO) m] 3 -Si-[OSiR 2] n- Y-Si 3 where: R is independently in each occurrence selected from alkyl, aryl, substituted alkyl and substituted alkyl groups having from one to 8 carbon atoms; R' is independently in each occurrence selected from R and terminally unsaturated alkylene groups having from 2 to 6 carbon atoms; Y is selected from a group consisting of: X, and X-(R 2 SiO) p SiR 2 -X; where p has an average value in a range of one to 3; and X is independently in each occurrence selected from alkylene and substituted alkylene groups having from one to 6 carbon atoms; and the average values for subscripts m and n are each greater than zero and independently selected so that the average value for the sum of all of the average m values and the average n value is in a range of 30-200. R is independently in each occurrence selected from alkyl, aryl, substituted alkyl and substituted alkyl groups having from one to 8 carbon atoms; R' is independently in each occurrence selected from R and terminally unsaturated alkylene groups having from 2 to 6 carbon atoms; Y is selected from a group consisting of: X, and X-(R 2 SiO) p SiR 2 -X; where p has an average value in a range of one to 3; and X is independently in each occurrence selected from alkylene and substituted alkylene groups having from one to 6 carbon atoms; and the average values for subscripts m and n are each greater than zero and independently selected so that the average value for the sum of all of the average m values and the average n value is in a range of 30-200.
A method comprising: forming a turbine snubber onto a surface of a cast metal turbine blade by melting successive layers of metal powder onto the turbine blade using a directed energy beam, characterized by providing the metal powder as a preform having a preformed shape, wherein the metal powder preform includes heat flow control elements, the heat flow control elements comprising energy beam and laser blocking material and insulating material, utilizing the heat flow control elements to effectuate heat transfer from the directed energy beam by pulling heat out of the metal powder melt out to achieve a preferential grain growth, wherein a system vector of the directed energy beam in conjunction with the heat flow control elements is applied to control the heat transfer so that the melting of the metal powder does not encompass a full grain depth of the surface of the turbine blade, and wherein the surface of the turbine blade comprises a directionally solidified grain structure and a grain structure of at least a first layer of the turbine snubber is formed parallel to the grain structure of the surface of the turbine blade. forming a turbine snubber onto a surface of a cast metal turbine blade by melting successive layers of metal powder onto the turbine blade using a directed energy beam, characterized by providing the metal powder as a preform having a preformed shape, wherein the metal powder preform includes heat flow control elements, the heat flow control elements comprising energy beam and laser blocking material and insulating material, utilizing the heat flow control elements to effectuate heat transfer from the directed energy beam by pulling heat out of the metal powder melt out to achieve a preferential grain growth, wherein a system vector of the directed energy beam in conjunction with the heat flow control elements is applied to control the heat transfer so that the melting of the metal powder does not encompass a full grain depth of the surface of the turbine blade, and wherein the surface of the turbine blade comprises a directionally solidified grain structure and a grain structure of at least a first layer of the turbine snubber is formed parallel to the grain structure of the surface of the turbine blade.
A pilot drill for the preparation of a step bore (62,63,64) in the form of a blind hole, to be introduced into a jawbone, for receiving a dental implant, with: a) a pilot tip, which is arranged at the apical end of the pilot drill and has tip cutting edges; b) a pilot guide, which extends from the pilot tip in the direction of the coronal end of the pilot drill; c) a drill neck, which lies above the pilot guide and has a larger drill diameter than the drill diameter of the pilot guide; d) a drill stem, which lies above the drill neck and may be adjoined by a coupling as the coronal end; e) at least one guide cutting edge lying to the side of the pilot guide; f) a step, as a transition from the pilot guide to the drill neck; g) at least one step cutting edge at the step; and h) at least one spiral groove and an adjacent bevel, characterized in that i) the tip cutting edges at the pilot tip are sharply formed and center-cutting; j) chamfers extend from the tip cutting edges upward of the pilot guide; k) the step cutting edges at the step are formed in a cutting manner; and l) the guide cutting edges are formed in a blunt, non-cutting manner. a) a pilot tip, which is arranged at the apical end of the pilot drill and has tip cutting edges; b) a pilot guide, which extends from the pilot tip in the direction of the coronal end of the pilot drill; c) a drill neck, which lies above the pilot guide and has a larger drill diameter than the drill diameter of the pilot guide; d) a drill stem, which lies above the drill neck and may be adjoined by a coupling as the coronal end; e) at least one guide cutting edge lying to the side of the pilot guide; f) a step, as a transition from the pilot guide to the drill neck; g) at least one step cutting edge at the step; and h) at least one spiral groove and an adjacent bevel, characterized in that i) the tip cutting edges at the pilot tip are sharply formed and center-cutting; j) chamfers extend from the tip cutting edges upward of the pilot guide; k) the step cutting edges at the step are formed in a cutting manner; and l) the guide cutting edges are formed in a blunt, non-cutting manner.
Safety glasses for a human user, with at least one lens which has an upper rim assignable to the user's forehead and a lower rim assignable to a user's cheek, with at least one nosepiece arranged at the lens and with at least one protective lip to be supported on the user's face, whereby the protective lip only extends at the lower rim of the lens from the nosepiece towards at least one outer lateral rim of the lens and, in prolongation of the lens, downwards from the lower rim of the lens to be supported on the user's cheek, characterised in that the protective lip is integrally formed on the lens by spraying it onto the lens.
An ostomy pouch comprising: an outer wall having an inlet opening and a filter, the outer wall defining an interior volume; an internal wall structure disposed within the interior volume; a one-way valve connected to the internal wall structure; characterised in that it further comprises a tortuous path formed by the internal wall structure, the path having an opening at one end and the one-way valve at another end, wherein the filter is positioned within the path. an outer wall having an inlet opening and a filter, the outer wall defining an interior volume; an internal wall structure disposed within the interior volume; a one-way valve connected to the internal wall structure;
A clamp device for a frame system including a member to be secured to a support, the clamp device comprising: an anchor element to be held captive by the support; displacement means (17a, 17b); resilient biasing means; characterised in that the displacement means (17a, 17b) permit a clamping portion of the device to move with respect to the support between a first position for clamping the member and a second position for permitting the member to be docked or un-docked with the clamp device; and the resilient biasing means are arranged to bias the clamp toward the first position. an anchor element to be held captive by the support; displacement means (17a, 17b); resilient biasing means; characterised in that the displacement means (17a, 17b) permit a clamping portion of the device to move with respect to the support between a first position for clamping the member and a second position for permitting the member to be docked or un-docked with the clamp device; and the resilient biasing means are arranged to bias the clamp toward the first position.