mhurhangee/patent-ind-claim-en huggingface dataset:
A MEMS device , comprising: a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes comprises at least an anchor electrode , a pull-in electrode and an RF electrode ; a first insulating layer disposed over the plurality of electrodes and the substrate ; a switching element disposed over the first insulating layer, wherein the switching element includes an anchor portion , a leg portion and a bridge portion and wherein the anchor portion is electrically coupled to the anchor electrode ; a first post coupled to the RF electrode , wherein the first post is disposed on the first insulating layer and through an opening in the first insulating layer; and a second post electrically coupled to the anchor electrode , wherein the switching element is movable between a first position spaced from the first post and the second post , and a second position in contact with the first post and the second post . a substrate having a plurality of electrodes formed therein, wherein the plurality of electrodes comprises at least an anchor electrode , a pull-in electrode and an RF electrode ; a first insulating layer disposed over the plurality of electrodes and the substrate ; a switching element disposed over the first insulating layer, wherein the switching element includes an anchor portion , a leg portion and a bridge portion and wherein the anchor portion is electrically coupled to the anchor electrode ; a first post coupled to the RF electrode , wherein the first post is disposed on the first insulating layer and through an opening in the first insulating layer; and a second post electrically coupled to the anchor electrode , wherein the switching element is movable between a first position spaced from the first post and the second post , and a second position in contact with the first post and the second post .
A low-profile radiating element comprising: a stripline feed layer ; a High Order Floquet mode Scattering, HOFS, part layer ; and a radome layer in direct contact with the HOFS part layer , wherein the HOFS part layer is disposed between the stripline feed layer and the radome layer , and the radome layer comprises a high dielectric constant, dk, eviromentally robust material and characterized in that the radome layer comprises a quartz layer and is integrated with the HOFS part layer . a stripline feed layer ; a High Order Floquet mode Scattering, HOFS, part layer ; and a radome layer in direct contact with the HOFS part layer , wherein the HOFS part layer is disposed between the stripline feed layer and the radome layer , and the radome layer comprises a high dielectric constant, dk, eviromentally robust material and characterized in that the radome layer comprises a quartz layer and is integrated with the HOFS part layer .
A Direct Current, DC, relay comprising: a fixed contactor ; a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor ; an upper yoke located on an upper side of the movable contactor to cancel electromagnetic repulsive force generated between the fixed contactor and the movable contactor ; a support member coupled to the upper yoke and the movable contactor such that the upper yoke and the movable contactor are coupled to each other; and a pin member coupled through the support member to support the movable contactor ; characterized in that the pin member comprises: a hollow portion formed along a longitudinal direction of the pin member ; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member . a fixed contactor ; a movable contactor brought into contact with or separated from the fixed contactor to be electrically connected to or disconnected from the fixed contactor ; an upper yoke located on an upper side of the movable contactor to cancel electromagnetic repulsive force generated between the fixed contactor and the movable contactor ; a support member coupled to the upper yoke and the movable contactor such that the upper yoke and the movable contactor are coupled to each other; and a pin member coupled through the support member to support the movable contactor ; characterized in that the pin member comprises: a hollow portion formed along a longitudinal direction of the pin member ; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member . a hollow portion formed along a longitudinal direction of the pin member ; and a cutout portion formed by removing a part of an outer circumferential portion of the pin member to be open along the longitudinal direction of the pin member .
A method to be performed at a wireless communication station, STA, the method comprising: transmitting a first portion of a frame transmission duplicated over a plurality of channels in a frequency band above 45 Gigahertz, GHz, the first portion comprising a Short Training Field, STF, a Channel Estimation, CE, field, a first header field , and a second header field , the first header field comprising an indication of the second header field, the second header field comprising a bandwidth indication of a channel bandwidth comprising the plurality of channels; and transmitting a second portion of the frame transmission over the channel bandwidth, the second portion comprising at least a data field . transmitting a first portion of a frame transmission duplicated over a plurality of channels in a frequency band above 45 Gigahertz, GHz, the first portion comprising a Short Training Field, STF, a Channel Estimation, CE, field, a first header field , and a second header field , the first header field comprising an indication of the second header field, the second header field comprising a bandwidth indication of a channel bandwidth comprising the plurality of channels; and transmitting a second portion of the frame transmission over the channel bandwidth, the second portion comprising at least a data field .
A method of producing a container (C), comprising: a preform molding step of molding a preform (PF) in which at least an inner surface is made of polyester and which has transparency; a coating step of coating the inner surface of the preform (PF) with a coating layer (S) having elongation capacity and water insolubility; and a liquid blow molding step of molding the preform (PF) into the container (C) having a predetermined shape by supplying a pressurized liquid (L) into the preform (PF) in which the inner surface is coated with the coating layer (S), wherein, in the liquid blow molding step, a liquid detergent, a softener or an alcohol drink is used as the pressurized liquid (L), and wherein the coating layer (S) is made of polyvinyl butyral or polyvinylidene chloride. a preform molding step of molding a preform (PF) in which at least an inner surface is made of polyester and which has transparency; a coating step of coating the inner surface of the preform (PF) with a coating layer (S) having elongation capacity and water insolubility; and a liquid blow molding step of molding the preform (PF) into the container (C) having a predetermined shape by supplying a pressurized liquid (L) into the preform (PF) in which the inner surface is coated with the coating layer (S), wherein, in the liquid blow molding step, a liquid detergent, a softener or an alcohol drink is used as the pressurized liquid (L), and wherein the coating layer (S) is made of polyvinyl butyral or polyvinylidene chloride.
A masked logic gate protected against side-channel attacks using Boolean masking with d+1 shares for each input variable, where d is an integer at least equal to 1 representing the protection order, the gate comprising: • a first input configured to receive (d+1) 2 shares xi (i = 0, 1, 2...) representative of an intermediate result output by one layer of a tree of gates implementing low-latency masking with a protection order of d; • a second input configured to receive (d+1) 2 shares yj (j = 0, 1, 2...) representative of an intermediate result output by one layer of a tree of gates implementing low-latency masking with a protection order of d, or d+1 shares of an input variable; and • a (d+1)-share output obtained by applying a logic function of the masked gate to the shares of the first and second inputs using domain-oriented masking. • a first input configured to receive (d+1) 2 shares xi (i = 0, 1, 2...) representative of an intermediate result output by one layer of a tree of gates implementing low-latency masking with a protection order of d; • a second input configured to receive (d+1) 2 shares yj (j = 0, 1, 2...) representative of an intermediate result output by one layer of a tree of gates implementing low-latency masking with a protection order of d, or d+1 shares of an input variable; and • a (d+1)-share output obtained by applying a logic function of the masked gate to the shares of the first and second inputs using domain-oriented masking.
Adam, comprising: an existing dam structure providing part of a foundation of a new dam at a dam location; an underpinning unit configured to be installed into the ground at the dam location and to penetrate through the existing dam structure; at least two precast segments (1005a-b) configured to be interconnected; a connection component at a lower surface of at least one of the at least two precast segments; at least one connection element configured to couple to the connection component to connect the underpinning unit with the at least one of the at least two precast segments, at least one drop face wall precast segment configured to be installed in front of a face wall of the existing dam structure; at least one interlocking element or structure configured to join the at least two precast segments; and at least one interlocking element or structure configured to join the at least one drop face wall precast segment to at least one of the at least two precast segments to encase the existing dam structure and form the new dam at the dam location. an existing dam structure providing part of a foundation of a new dam at a dam location; an underpinning unit configured to be installed into the ground at the dam location and to penetrate through the existing dam structure; at least two precast segments (1005a-b) configured to be interconnected; a connection component at a lower surface of at least one of the at least two precast segments; at least one connection element configured to couple to the connection component to connect the underpinning unit with the at least one of the at least two precast segments, at least one drop face wall precast segment configured to be installed in front of a face wall of the existing dam structure; at least one interlocking element or structure configured to join the at least two precast segments; and at least one interlocking element or structure configured to join the at least one drop face wall precast segment to at least one of the at least two precast segments to encase the existing dam structure and form the new dam at the dam location.
A method for wireless communications by a user equipment, UE, comprising: receiving , from one or more nodes participating in coordinated multipoint, CoMP, operations with the UE, signaling indicating whether or not a shortened physical uplink control channel, PUCCH, format is to be used, wherein the signaling further indicates at least two cell-specific sounding reference signal, SRS, configurations; determining , based at least in part upon the signaling, whether at least one last symbol of a subframe is available for transmitting one or more of the uplink channels from the UE, wherein the determining comprises determining the last symbol of the subframe is not available for transmitting the one or more of the uplink channels if the one or more of the uplink channels are shortened and wherein, if the at least two SRS configurations overlap in time, the determining is based at least on the configuration with a larger cell-specific SRS bandwidth; determining the last symbol of the subframe is available for transmitting a SRS; and transmitting the SRS in the last symbol of the subframe. receiving , from one or more nodes participating in coordinated multipoint, CoMP, operations with the UE, signaling indicating whether or not a shortened physical uplink control channel, PUCCH, format is to be used, wherein the signaling further indicates at least two cell-specific sounding reference signal, SRS, configurations; determining , based at least in part upon the signaling, whether at least one last symbol of a subframe is available for transmitting one or more of the uplink channels from the UE, wherein the determining comprises determining the last symbol of the subframe is not available for transmitting the one or more of the uplink channels if the one or more of the uplink channels are shortened and wherein, if the at least two SRS configurations overlap in time, the determining is based at least on the configuration with a larger cell-specific SRS bandwidth; determining the last symbol of the subframe is available for transmitting a SRS; and transmitting the SRS in the last symbol of the subframe.
A concrete composition obtainable by - dry mixing cement and aggregate, and then - adding thereto a water dispersion of a low-substituted hydroxypropyl cellulose having a hydroxypropoxy substitution of 5 to 16% by weight and being in the form of fibrous particles having an aspect ratio of 4 to 7. - dry mixing cement and aggregate, and then - adding thereto a water dispersion of a low-substituted hydroxypropyl cellulose having a hydroxypropoxy substitution of 5 to 16% by weight and being in the form of fibrous particles having an aspect ratio of 4 to 7.
Method for authenticating a product and for registering a random security feature of the product in a database on the basis of a reproducible identification feature of the product , wherein the random security feature is linked to the identification feature for registration purposes, the method comprising the steps of performing a preliminary authenticity check of the product , for which the identification feature of the product is determined and the database is searched for an entry comprising the identification feature, and, if the determined identification feature is not linked to a random security feature , registering the random security feature after the preliminary authenticity check if the preliminary authenticity check is positive, wherein a positive preliminary authenticity check presupposes that an entry comprising the identification feature has been found in the database , and, if the determined identification feature has been found and is already linked to a random security feature , carrying out a final authenticity check of the product , wherein the determined random security feature is compared with the registered security feature to establish authenticity.
Secure item comprising a revealing raster and a combined image (I), or assembly comprising a secure item and another object , the secure item comprising one of the revealing raster and of the combined image (I) and the object comprising or forming the other of the revealing raster and of the combined image (I), the combined image (I) being composed of a plurality of interlaced images (I 1 to I n ), each interlaced image (I 1 to I n ) being composed of a plurality of interlaced-image elements (i 1 to i n , p 1 to p n ) composed of one or more micropatterns , the micropatterns belonging to different interlaced image elements (I 1 to I n ) being different through their colours, hues, opacities, saturations or luminescences or brightnesses and/or the revealing raster being composed of a plurality of raster elements composed of one or more micropatterns , the revealing raster making it possible, when it is superposed with the combined image (I), to observe different revealed images (I r ) - by displacing the revealing raster with respect to the combined image (I) and/or - by changing the angle of observation a, the revealing raster and the combined image (I) being superposed while being separated from one another by a gap of non-zero constant thickness, the revealed images each comprising a certain proportion (P 1 ; ...; P n ) of each interlaced image (I 1 to I n ). the combined image (I) being composed of a plurality of interlaced images (I 1 to I n ), each interlaced image (I 1 to I n ) being composed of a plurality of interlaced-image elements (i 1 to i n , p 1 to p n ) composed of one or more micropatterns , the micropatterns belonging to different interlaced image elements (I 1 to I n ) being different through their colours, hues, opacities, saturations or luminescences or brightnesses and/or the revealing raster being composed of a plurality of raster elements composed of one or more micropatterns , the revealing raster making it possible, when it is superposed with the combined image (I), to observe different revealed images (I r ) - by displacing the revealing raster with respect to the combined image (I) and/or - by changing the angle of observation a, the revealing raster and the combined image (I) being superposed while being separated from one another by a gap of non-zero constant thickness, - by displacing the revealing raster with respect to the combined image (I) and/or - by changing the angle of observation a, the revealing raster and the combined image (I) being superposed while being separated from one another by a gap of non-zero constant thickness, the revealed images each comprising a certain proportion (P 1 ; ...; P n ) of each interlaced image (I 1 to I n ).
An antisense compound according to the following formula: mCes Aeo Ges Geo Aes Tds Ads mCds Ads Tds Tds Tds mCds Tds Ads mCeo Aes Geo mCes Te (nucleobase sequence of SEQ ID NO: 725) wherein, A = an adenine, mC = a 5-methylcytosine, G = a guanine, T = a thymine, e = a 2'-O-methoxyethylribose modified sugar, d = a 2'-deoxyribose sugar, s = a phosphorothioate internucleoside linkage, and o = a phosphodiester internucleoside linkage; or a pharmaceutically acceptable salt thereof. A = an adenine, mC = a 5-methylcytosine, G = a guanine, T = a thymine, e = a 2'-O-methoxyethylribose modified sugar, d = a 2'-deoxyribose sugar, s = a phosphorothioate internucleoside linkage, and o = a phosphodiester internucleoside linkage;
A trailer brake control module (300a; 300b; 300c) for a towing vehicle facilitating braking of a towed vehicle or trailer , comprising a pressure supply port (P11); a trailer control pressure port (P22); a primary control port (P42) for receiving either directly or indirectly a control brake pressure for operating the trailer brake control module (300a; 300b; 300c), wherein the primary control port (P42) receives the control brake pressure from a pneumatically operated pressure medium; a pneumatic control pressure line (308.1) providing alternative control brake pressure for operating the trailer brake control module (300a; 300b; 300c), wherein the pneumatic control pressure line (308.1) receives the alternative control brake pressure from an electronically operated pressure medium; and a relay valve (310; 516) is activated using either the control brake pressure received at the primary control port (P42), or the alternative control brake pressure from the pneumatic control pressure line (308.1), wherein on activating the relay valve , the pneumatic pressure received at the pressure supply port (P11) is connected to the trailer control pressure port (P22), characterized in that , the trailer brake control module (300a; 300b; 300c) is additionally provided with a braking rate (z) rebalancing unit so that the difference of the braking rate between said towing vehicle and said trailer is maintained within a permissible threshold range. a pressure supply port (P11); a trailer control pressure port (P22); a primary control port (P42) for receiving either directly or indirectly a control brake pressure for operating the trailer brake control module (300a; 300b; 300c), wherein the primary control port (P42) receives the control brake pressure from a pneumatically operated pressure medium; a pneumatic control pressure line (308.1) providing alternative control brake pressure for operating the trailer brake control module (300a; 300b; 300c), wherein the pneumatic control pressure line (308.1) receives the alternative control brake pressure from an electronically operated pressure medium; and a relay valve (310; 516) is activated using either the control brake pressure received at the primary control port (P42), or the alternative control brake pressure from the pneumatic control pressure line (308.1), wherein on activating the relay valve , the pneumatic pressure received at the pressure supply port (P11) is connected to the trailer control pressure port (P22), the control brake pressure received at the primary control port (P42), or the alternative control brake pressure from the pneumatic control pressure line (308.1), wherein on activating the relay valve , the pneumatic pressure received at the pressure supply port (P11) is connected to the trailer control pressure port (P22), characterized in that , the trailer brake control module (300a; 300b; 300c) is additionally provided with a braking rate (z) rebalancing unit so that the difference of the braking rate between said towing vehicle and said trailer is maintained within a permissible threshold range.
Appliance for the moiré measurement of an optical test object, comprising • a test object , which is an anamorphic imaging system; • a grating arrangement made of a first grating which is positioned in the optical beam path upstream of the test object and which comprises test structures to be imaged and a second grating which is positioned in the optical beam path downstream of the test object ; and • an evaluation unit comprising at least one detector, for evaluating moiré structures produced by superposition of the two gratings in a detection plane situated downstream of the second grating in the optical beam path; • wherein the respective grating periods of the first grating and of the second grating are selected in such a way that the grating period of the second grating corresponds to a common multiple or a common divisor of the respective periods of two test structure images of the test structures of the first grating produced by the imaging system in two different measurement positions, wherein the two measurement positions differ in respect of the relative position of grating arrangement and test object . • a test object , which is an anamorphic imaging system; • a grating arrangement made of a first grating which is positioned in the optical beam path upstream of the test object and which comprises test structures to be imaged and a second grating which is positioned in the optical beam path downstream of the test object ; and • an evaluation unit comprising at least one detector, for evaluating moiré structures produced by superposition of the two gratings in a detection plane situated downstream of the second grating in the optical beam path; • wherein the respective grating periods of the first grating and of the second grating are selected in such a way that the grating period of the second grating corresponds to a common multiple or a common divisor of the respective periods of two test structure images of the test structures of the first grating produced by the imaging system in two different measurement positions, wherein the two measurement positions differ in respect of the relative position of grating arrangement and test object .