mhurhangee/ep-ind-claims huggingface dataset:
A bone plate, comprising: an upper surface configured to face away from a bone and an opposed lower surface configured to face the bone; and at least one hole extending through the bone plate from the upper surface to the lower surface along a central hole axis, the central hole axis oriented along an axial direction, the at least one hole defined by an interior surface of the bone plate, the interior surface further defining a plurality of columns sequentially located about a circumference of the interior surface and a plurality of recesses located circumferentially between the columns, wherein each of the columns defines a plurality of thread segments, wherein each of the thread segments defines a root, a first thread surface extending from the root to a first crest, a second thread surface extending from the root to a second crest, and at least a portion of the first and second thread surfaces (55, 57) are offset from one another at a thread angle, and characterized in that the thread angle of at least one of the thread segments is in a range of 20 degrees to 40 degrees. an upper surface configured to face away from a bone and an opposed lower surface configured to face the bone; and at least one hole extending through the bone plate from the upper surface to the lower surface along a central hole axis, the central hole axis oriented along an axial direction, the at least one hole defined by an interior surface of the bone plate, the interior surface further defining a plurality of columns sequentially located about a circumference of the interior surface and a plurality of recesses located circumferentially between the columns, wherein each of the columns defines a plurality of thread segments, wherein each of the thread segments defines a root, a first thread surface extending from the root to a first crest, a second thread surface extending from the root to a second crest, and at least a portion of the first and second thread surfaces (55, 57) are offset from one another at a thread angle, and characterized in that the thread angle of at least one of the thread segments is in a range of 20 degrees to 40 degrees.
A method of limiting a mobile user equipment, UE, transmission power comprising: receiving a network signal value from a network; and reducing a transmission signal power on the basis of the network signal value, a center frequency of a transmitting channel, a number of allocated resource blocks, and a location of the allocated resource blocks within the channel, characterized in that the resource blocks occupy a span of frequency, and wherein a regional protocol specifies resource blocks that are not usable for corresponding lengths of contiguous allocated resource blocks, and wherein said reducing the transmission signal power occurs when one of the specified resource blocks that are not usable is scheduled for transmission. receiving a network signal value from a network; and reducing a transmission signal power on the basis of the network signal value, a center frequency of a transmitting channel, a number of allocated resource blocks, and a location of the allocated resource blocks within the channel, characterized in that the resource blocks occupy a span of frequency, and wherein a regional protocol specifies resource blocks that are not usable for corresponding lengths of contiguous allocated resource blocks, and wherein said reducing the transmission signal power occurs when one of the specified resource blocks that are not usable is scheduled for transmission.
A chamber for separating particles from a liquid, the chamber comprising: a side wall defining a volume, wherein at least a portion of the side wall defines a conical volume that makes up the volume, wherein the volume comprises a first cross-sectional area and a second cross-sectional area, the second cross-sectional area being smaller than the first cross-sectional area, wherein the at least a portion of the side wall is angled with respect to a central axis; a first port in fluid communication with the volume, wherein the first port is located in the side wall adjacent a first downward projecting baffle, wherein the first downward projecting baffle is configured to direct particles and liquid, introduced through the first port, toward an inside surface of the side wall; a second downward projecting baffle, wherein at least a portion of the second downwardly projecting baffle is located diametrically opposite the first downward projecting baffle; a second port in fluid communication with the volume, wherein the second port is located in a lower portion of the volume, below the first port; and a third port in fluid communication with the volume, wherein the third port is located in an upper portion of the volume, above the second port. a side wall defining a volume, wherein at least a portion of the side wall defines a conical volume that makes up the volume, wherein the volume comprises a first cross-sectional area and a second cross-sectional area, the second cross-sectional area being smaller than the first cross-sectional area, wherein the at least a portion of the side wall is angled with respect to a central axis; a first port in fluid communication with the volume, wherein the first port is located in the side wall adjacent a first downward projecting baffle, wherein the first downward projecting baffle is configured to direct particles and liquid, introduced through the first port, toward an inside surface of the side wall; a second downward projecting baffle, wherein at least a portion of the second downwardly projecting baffle is located diametrically opposite the first downward projecting baffle; a second port in fluid communication with the volume, wherein the second port is located in a lower portion of the volume, below the first port; and a third port in fluid communication with the volume, wherein the third port is located in an upper portion of the volume, above the second port.
A mobile device connected via a network to an information management device, the mobile device comprising: a reception means which receives information via the network from the information management device; and a control means which leaves an information acquisition means (23,24) possessed by the mobile device prohibited to operate or permitted to operate; the reception means receiving access permission information, used for unlocking operation of the information acquisition means having been prohibited by the control means, or access prohibition information used for locking operation of the information acquisition means, from the information management device via the network, the control means controlling the information acquisition means to operate or terminate the information acquisition means, based on the access permission information or the access prohibition information, the control means having a transfer control means which transfers the information acquired by allowing the information acquisition means to operate, via the network to the information management device, and the control means determining whether the acquired information was transferred by the transfer control means to the information management device or not, and deleting the information having already been transferred. a reception means which receives information via the network from the information management device; and a control means which leaves an information acquisition means (23,24) possessed by the mobile device prohibited to operate or permitted to operate; the reception means receiving access permission information, used for unlocking operation of the information acquisition means having been prohibited by the control means, or access prohibition information used for locking operation of the information acquisition means, from the information management device via the network, the control means controlling the information acquisition means to operate or terminate the information acquisition means, based on the access permission information or the access prohibition information, the control means having a transfer control means which transfers the information acquired by allowing the information acquisition means to operate, via the network to the information management device, and the control means determining whether the acquired information was transferred by the transfer control means to the information management device or not, and deleting the information having already been transferred.
A method performed by a network node for use in a Random Access, RA, procedure with wireless devices in a cell of the network node, the method comprising: - receiving, from at least two wireless devices, a RA message comprising an RA preamble, - transmitting an RA Response, RAR, to the at least two wireless devices, the RAR comprising a Temporary Cell Radio Network Temporary Identifier, TC-RNTI, and an RA preamble identifier identifying the received RA preamble, - receiving, from each of said at least two wireless devices, a connection request message comprising a respective System Architecture Evolution, SAE Temporary Mobile Subscriber Identity, S-TMSI, - determining whether a wireless device was previously connected to the network node in the same cell or not, by determining if a mapping exists, in a mapping table, between the S-TMSI and the C-RNTI, and - if it is determined that a wireless device was previously connected to the network node in the same cell, transmitting a connection setup message addressed to a C-RNTI previously assigne to the wireless device, and - if it is determined that a wireless device was not previously connected to the network node in the same cell, transmitting, a connection setup message addressed to the TC-RNTI., - receiving, from at least two wireless devices, a RA message comprising an RA preamble, - transmitting an RA Response, RAR, to the at least two wireless devices, the RAR comprising a Temporary Cell Radio Network Temporary Identifier, TC-RNTI, and an RA preamble identifier identifying the received RA preamble, - receiving, from each of said at least two wireless devices, a connection request message comprising a respective System Architecture Evolution, SAE Temporary Mobile Subscriber Identity, S-TMSI, - determining whether a wireless device was previously connected to the network node in the same cell or not, by determining if a mapping exists, in a mapping table, between the S-TMSI and the C-RNTI, and - if it is determined that a wireless device was previously connected to the network node in the same cell, transmitting a connection setup message addressed to a C-RNTI previously assigne to the wireless device, and - if it is determined that a wireless device was not previously connected to the network node in the same cell, transmitting, a connection setup message addressed to the TC-RNTI.,
A user apparatus configured to be used in a radio communication system including a plurality of base stations, and that includes a function for performing interference reduction based on user assignment in an interference cell, comprising: interference pattern generation means that generates a plurality of interference patterns each of which is a combination of presence or absence of an interference signal in a given number of interference cells for the user apparatus; reception quality calculation means that calculates a reception quality after interference reduction for each of the plurality of interference patterns generated by the interference pattern generation means; and user assignment information estimation means that determines presence or absence of an interference signal in each interference cell corresponding to an interference pattern based on which the best reception quality is obtained in reception qualities calculated by the reception quality calculation means to be presence or absence of user assignment. interference pattern generation means that generates a plurality of interference patterns each of which is a combination of presence or absence of an interference signal in a given number of interference cells for the user apparatus; reception quality calculation means that calculates a reception quality after interference reduction for each of the plurality of interference patterns generated by the interference pattern generation means; and user assignment information estimation means that determines presence or absence of an interference signal in each interference cell corresponding to an interference pattern based on which the best reception quality is obtained in reception qualities calculated by the reception quality calculation means to be presence or absence of user assignment.
A method of operating a mobile terminal for supporting positioning of the mobile terminal: receiving a defined filter pattern from a network node in a communications network or another node of the communications network; discovering identities of a plurality of reference devices (200, 200a, 200b) based on signals received from the plurality of reference devices; filtering the discovered identities of the plurality of reference devices to obtain a subset of identities of the plurality of reference devices that each satisfy the defined filter pattern; and reporting information on the subset of the identities of the plurality of reference devices to the network node. receiving a defined filter pattern from a network node in a communications network or another node of the communications network; discovering identities of a plurality of reference devices (200, 200a, 200b) based on signals received from the plurality of reference devices; filtering the discovered identities of the plurality of reference devices to obtain a subset of identities of the plurality of reference devices that each satisfy the defined filter pattern; and reporting information on the subset of the identities of the plurality of reference devices to the network node.
A method of activating a pre-applied adhesive on the surface of a substrate, said method comprising the steps of passing an activator means over the pre-applied adhesive on a substrate surface, characterized in that said activator means has a centerline axis and, perpendicular thereto, a transverse axis, said centerline axis being parallel to and aligned with direction of the relative movement of the activator means to the substrate during activation, and said activator means comprises an activator body having at least one activator face, said activator face having (a) a surface, which surface opposes the substrate surface being acted upon, and (b) a plurality of projections extending from said substrate surface, which projections engage the pre-applied adhesive, thereby lifting the adhesive from the substrate surface, and deposit the adhesive in an activated state in a predetermined pattern or configuration, provided that when at least one of the projections is a linear projection which is perpendicular to the centerline axis, the length of that projection is substantially less than the width of the pre-applied adhesive to be acted upon.
A user equipment, comprising: circuitry operative to determine a Bandwidth Part, BWP, assigned for sidelink communication in a carrier, wherein the BWP is used for the sidelink communication, and wherein another BWP is assigned for transmission between the user equipment and a base station in the carrier; and a transceiver operative to perform the sidelink communication on the determined BWP in the carrier, characterized in that dynamic BWP switching is supported for the transmission between the user equipment and the base station in the carrier and not supported for the sidelink communication in the carrier. circuitry operative to determine a Bandwidth Part, BWP, assigned for sidelink communication in a carrier, wherein the BWP is used for the sidelink communication, and wherein another BWP is assigned for transmission between the user equipment and a base station in the carrier; and a transceiver operative to perform the sidelink communication on the determined BWP in the carrier, characterized in that dynamic BWP switching is supported for the transmission between the user equipment and the base station in the carrier and not supported for the sidelink communication in the carrier.
A confocal scanner comprising: a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk, on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk, and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk, and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, and the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk. a first pinhole array disk in which a plurality of first pinholes is arranged in an array; a second pinhole array disk in which a plurality of second pinholes is arranged in an array; a condensing element array disk, on which a plurality of condensing elements is arranged in an array, located between the first pinhole array disk and the second pinhole array disk; a connecting shaft connecting the first pinhole array disk, the second pinhole array disk, and the condensing element array disk; and a motor configured, together with the connecting shaft, to rotate the first pinhole array disk, the second pinhole array disk, and the condensing element array disk, wherein the first pinhole array disk is attached to the connecting shaft so that one first pinhole is positioned at a first focal plane of one condensing element in the condensing element array disk, and the second pinhole array disk is attached to the connecting shaft so that one second pinhole is positioned at a second focal plane of one condensing element in the condensing element array disk.
A fuel tank having a wall with an inside surface defining the interior of the tank, and locking means coupling a fuel tank sub-component to said inside surface of the wall, said locking means comprising complimentary male and female formations, the male formation is provided on said sub-component and the female formation is formed on said inside surface, said formations being shaped to permit engagement of the formation on the sub-component with the formation on the inside surface of the wall by movement of the sub-component towards the wall and subsequent interlocking of said formations by a first angular movement of the sub-component with respect to the wall in a first direction without compromising the integrity of the wall, characterized in that the male formation comprises a plurality of locking elements and a plurality of retention wings and the female formation comprises a plurality of angled ramps for sliding engagement with the plurality of locking elements, a plurality of locking recesses for accepting the plurality of locking elements when the sub-component is coupled to the inside surface of the wall, and a plurality of undercut portions for engagement with the plurality of retention wings when the sub-component is coupled to the inside surface of the wall.
A self-contained, hand-held device for delivering pulsed laser radiation, the device comprising: a device body configured to be handheld by a user; a laser supported in the device body, the laser including an edge-emitting laser beam source having has an emitter surface and configured to emit a laser beam at a wavelength in the range of 1400-1500 nm or 1800-2600 nm; an application end configured to be manually moved across the skin; wherein the emitter surface is arranged such that when the application end is in contact with the skin, the emitter surface is spaced apart from the skin surface by less than 10 mm; wherein the device includes no optics downstream of the laser beam source; and electronics programmed to pulse the laser during the treatment session such that the laser beam source delivers a sequence of pulsed eye safe laser beams to the skin to generate an array of treatment spots on the skin; wherein each pulsed eye safe laser beam has a pulse duration of between 1-8 ms and delivers a total energy of 5-15 mJ to the skin; and wherein each pulsed eye safe laser beam is divergent in at least one direction upon incidence with the skin. a device body configured to be handheld by a user; a laser supported in the device body, the laser including an edge-emitting laser beam source having has an emitter surface and configured to emit a laser beam at a wavelength in the range of 1400-1500 nm or 1800-2600 nm; an application end configured to be manually moved across the skin; wherein the emitter surface is arranged such that when the application end is in contact with the skin, the emitter surface is spaced apart from the skin surface by less than 10 mm; wherein the device includes no optics downstream of the laser beam source; and electronics programmed to pulse the laser during the treatment session such that the laser beam source delivers a sequence of pulsed eye safe laser beams to the skin to generate an array of treatment spots on the skin; wherein each pulsed eye safe laser beam has a pulse duration of between 1-8 ms and delivers a total energy of 5-15 mJ to the skin; and wherein each pulsed eye safe laser beam is divergent in at least one direction upon incidence with the skin.
Method for producing a metal coated steel substrate provided with a coating of a primer composition, comprising applying a layer of the primer composition on the metal coated steel substrate, wherein the primer composition comprises - one or more basic components selected from the group consisting of CuO, K 2 O, Li 2 O, Na 2 O, CeO 2 and ZnO; - one or more components with intermediate acidity selected from the group consisting of Al 2 O 3, B 2 O 3, Cr 2 O 3, SnO 2, Sb 2 O 3 and Fe 2 O 3; - one or more acidic components selected from the group consisting of MnO 2, MoO 3, P 2 O5, SiO 2, TiO 2, V 2 O5, WO 3 and ZrO 2; and wherein all wt.% are drawn on the total primer composition and the total sum of the amounts excluding impurities and after normalization is 100 wt.%, wherein all components are expressed as oxides, wherein the sum of the amounts of CeO 2 + Cr 2 O 3 + CuO + Fe 2 O 3 + MnO 2 + MoO 3 + SnO 2 + Sb 2 O 3 + V 2 O5 + WO 3 is between 18.9 and 48.6 wt.%, and wherein the sum of the amounts of CeO 2 + CuO + Fe 2 O 3 + MoO 3 + SnO 2 + WO 3 is between 18.9 and 48.6 wt.%, and firing the metal coated substrate with the primer composition. - one or more basic components selected from the group consisting of CuO, K 2 O, Li 2 O, Na 2 O, CeO 2 and ZnO; - one or more components with intermediate acidity selected from the group consisting of Al 2 O 3, B 2 O 3, Cr 2 O 3, SnO 2, Sb 2 O 3 and Fe 2 O 3; - one or more acidic components selected from the group consisting of MnO 2, MoO 3, P 2 O5, SiO 2, TiO 2, V 2 O5, WO 3 and ZrO 2; and
A coating composition with antimicrobial and antisaline activity in the form of an aqueous suspension, characterized by comprising micro- and/or nano-sticks of zinc oxide ZnO and phosphocitric acid.