mhurhangee/ep-ind-claims huggingface dataset:
A radiation detector comprising: a sensor panel (2, 30) that includes a main surface and a plurality of photoelectric converting elements formed on the main surface; a scintillator layer that includes a plurality of columnar crystals in a scintillator material and is formed on the main surface; an intermediate layer that covers a front surface and a side surface of the scintillator layer; a resin frame that is formed on the main surface to surround the scintillator layer; and a protective plate that is bonded to the resin frame to seal the scintillator layer, wherein the scintillator layer extends along the main surface to come into contact with the resin frame with the intermediate layer interposed therebetween, characterized in that the radiation detector further comprises a frame member that is made of an inorganic solid material and is disposed to be in contact with the resin frame along an outer circumference of the resin frame. a sensor panel (2, 30) that includes a main surface and a plurality of photoelectric converting elements formed on the main surface; a scintillator layer that includes a plurality of columnar crystals in a scintillator material and is formed on the main surface; an intermediate layer that covers a front surface and a side surface of the scintillator layer; a resin frame that is formed on the main surface to surround the scintillator layer; and a protective plate that is bonded to the resin frame to seal the scintillator layer, wherein the scintillator layer extends along the main surface to come into contact with the resin frame with the intermediate layer interposed therebetween, characterized in that the radiation detector further comprises a frame member that is made of an inorganic solid material and is disposed to be in contact with the resin frame along an outer circumference of the resin frame.
Sealed closure system for a cartridge filter, comprising a cylindrical body and a cover which sealingly closes the body, characterized in that: - the body comprises a projection for supporting the cover and a recess housing a stop, - the cover comprises a peripheral recess housing a hollow and inflatable seal and a hole for the passage of a tube connected to the seal for supplying a fluid, where, - the stop is formed by at least two parts, - the cover is housed in the body in a tight-fitting manner, - the stop housed in the recess of the body prevents movement of the cover due to the pressure exerted by the fluid to be treated inside the filter, such that, when the fluid is supplied in the tube, the seal is inflated and exerts pressure on the inner wall of the body, thereby closing and sealing the filter. - the body comprises a projection for supporting the cover and a recess housing a stop, - the cover comprises a peripheral recess housing a hollow and inflatable seal and a hole for the passage of a tube connected to the seal for supplying a fluid, where, - the stop is formed by at least two parts, - the cover is housed in the body in a tight-fitting manner, - the stop housed in the recess of the body prevents movement of the cover due to the pressure exerted by the fluid to be treated inside the filter,
A bone fixation device for use in fixation of a first and a second bone segment (502, 504), the bone fixation device comprising: a first leg member that extends from a first originating end to a first distal end along a first longitudinal axis; a second leg member that extends from a second originating end to a second distal end along a second longitudinal axis; a lateral connecting portion that is integrally formed with the first and second leg members (12, 14) and connects the first and second leg members from the respective first and second originating ends (22, 32), the lateral connecting portion extending along a lateral body portion having a top surface portion that defines a lateral axis; and wherein the first longitudinal axis defines a right angle with the lateral axis and the second longitudinal axis defines an obtuse angle with the lateral axis, and wherein advancement of the bone fixation device into respective first and second bone segments (502, 504) urges the first and second bone segments toward each other as a result of the respective first and second leg members (12, 14) advancing into the respective first and second bone segments (502, 504). a first leg member that extends from a first originating end to a first distal end along a first longitudinal axis; a second leg member that extends from a second originating end to a second distal end along a second longitudinal axis; a lateral connecting portion that is integrally formed with the first and second leg members (12, 14) and connects the first and second leg members from the respective first and second originating ends (22, 32), the lateral connecting portion extending along a lateral body portion having a top surface portion that defines a lateral axis; and wherein the first longitudinal axis defines a right angle with the lateral axis and the second longitudinal axis defines an obtuse angle with the lateral axis, and wherein advancement of the bone fixation device into respective first and second bone segments (502, 504) urges the first and second bone segments toward each other as a result of the respective first and second leg members (12, 14) advancing into the respective first and second bone segments (502, 504).
Method for the symmetrical encryption of plaintext messages by means of a secret key, the encryption method performing a block encryption, each block being subject to a plurality N r of encryption rounds (420 i), each encryption round comprising a substitution layer (421 i) using a substitution table and a diffusion layer (422 i) using a diffusion matrix, characterised in that: - a counter (430, 1130) is initialised by means of a seed and said counter is incremented at least once between the encryption of two successive plaintext messages; - a non-invertible transformation (440, 1140) is performed on a combination of said secret key with an output word from said counter in order to generate a control parameter; - the substitution layer (421 i, 1121 i) and/or the diffusion layer (422 i, 1122 i) of each encryption round is configured (450, 1150) by means of the control parameter, the configuration of the substitution layer being manifested by an identical permutation of the bits of each element of the substitution table and the configuration of the diffusion layer being manifested by a permutation of the elements of the diffusion matrix. - a counter (430, 1130) is initialised by means of a seed and said counter is incremented at least once between the encryption of two successive plaintext messages; - a non-invertible transformation (440, 1140) is performed on a combination of said secret key with an output word from said counter in order to generate a control parameter; - the substitution layer (421 i, 1121 i) and/or the diffusion layer (422 i, 1122 i) of each encryption round is configured (450, 1150) by means of the control parameter, the configuration of the substitution layer being manifested by an identical permutation of the bits of each element of the substitution table and the configuration of the diffusion layer being manifested by a permutation of the elements of the diffusion matrix.
Transport trolley, comprising: - a loading platform having a loading surface; - a front and rear wall; - at least one movable side wall; - at least one stop which is located on the front and rear wall and is arranged between the front and rear wall and the movable side wall and is directed outwards from the front and rear wall, and - a lifting means (20, 26); - at least one kinematic tube; - at least one kinematic rod; wherein the movable side wall lies against the stop and the stop is arranged above the loading platform and forms a spaced interval between the front and rear wall and the movable side wall, and the movable side wall can be pivoted upwards beyond the front and rear wall by means of the lifting means (20, 26), wherein the movable side wall is guided by the kinematic tube and the kinematic rod which are connected to the front and rear wall, characterised in that the kinematic tubes and the kinematic rods are connected to the front and rear wall by means of joint plates (23, 24), wherein the kinematic tubes and the kinematic rods are fastened to the joint plates (23, 24) in an articulated manner by means of joints (27, 28) and wherein the stop comprises a longitudinal piece and transverse pieces (35, 36) which are arranged in parallel and are arranged between the longitudinal piece and the front and rear wall. - a loading platform having a loading surface; - a front and rear wall; - at least one movable side wall; - at least one stop which is located on the front and rear wall and is arranged between the front and rear wall and the movable side wall and is directed outwards from the front and rear wall, and - a lifting means (20, 26); - at least one kinematic tube; - at least one kinematic rod;
An active suspension, for a surface vehicle for operating along a path and including a payload compartment and a surface engaging device, said active suspension comprising: a controllable suspension element for modifying the displacement between said payload compartment_and said path responsive to vertical disturbances in said path, said controllable suspension element being a force applying element coupling said payload compartment to said surface engaging device for applying a force between said payload compartment and said surface engaging device to shorten or lengthen the distance between said payload compartment and said surface engaging device; and a subsystem for issuing commands to said controllable suspension element to cause said controllable suspension element to exert a force responsive to a vertical disturbance in said path, characterised in that said subsystem is arranged to exert a force to cause the distance between said payload compartment and said surface engaging device to increase prior to said surface engaging device encountering a vertical upwards disturbance, to exert a force to cause the distance between said payload compartment and said surface engaging device to decrease as said surface engaging device travels over said vertically upwards disturbance, and to begin to exert a force to cause the distance between said payload compartment and said surface engaging device to increase again as said surface engaging device passes the crown of said vertically upwards disturbance. a controllable suspension element for modifying the displacement between said payload compartment_and said path responsive to vertical disturbances in said path, said controllable suspension element being a force applying element coupling said payload compartment to said surface engaging device for applying a force between said payload compartment and said surface engaging device to shorten or lengthen the distance between said payload compartment and said surface engaging device; and a subsystem for issuing commands to said controllable suspension element to cause said controllable suspension element to exert a force responsive to a vertical disturbance in said path, characterised in that said subsystem is arranged to exert a force to cause the distance between said payload compartment and said surface engaging device to increase prior to said surface engaging device encountering a vertical upwards disturbance, to exert a force to cause the distance between said payload compartment and said surface engaging device to decrease as said surface engaging device travels over said vertically upwards disturbance, and to begin to exert a force to cause the distance between said payload compartment and said surface engaging device to increase again as said surface engaging device passes the crown of said vertically upwards disturbance.
A measuring device for a continuous physical quantity, comprising: a timing unit for outputting a time base and a time scale; and a sampling unit for sampling the continuous physical quantity under the control of the time base and at time intervals that meet the Nyquist sampling theorem, and outputting a sampling value x k; characterised by a decision unit for deciding whether the sampling value x k turns into a transient state process from a steady state process or turns into the steady state process from the transient state process; a calculating unit for calculating a steady state value X for the sampling value of the sampling unit in the steady state process; and an output unit for outputting in the steady state process the start time of the steady state process and the steady state value X as a value indicative of the continuous physical quantity, and for outputting in transient state process the start time of the transient state process and the sample value x k as the value indicative of the continuous physical quantity. a timing unit for outputting a time base and a time scale; and a sampling unit for sampling the continuous physical quantity under the control of the time base and at time intervals that meet the Nyquist sampling theorem, and outputting a sampling value x k;
A guide wire (1,1A-1J) comprising: a first core shaft (10, 10D, 10E, 10F) made of a superelastic material; a second core shaft (30, 30E, 30G) made of a material more susceptible to plastic deformation than the superelastic material of the first core shaft (10, 10D, 10E, 10F) and having a proximal end side joined to a distal end side of the first core shaft (10, 10D, 10E, 10F) and having a distal end side extending beyond a distal end of the first core shaft (10, 10D, 10E, 10F) on a distal side of the guide wire; and a covering portion (40, 40B, 40C, 40D) covering a joint part between the first core shaft (10, 10D, 10E, 10F) and the second core shaft (30, 30E, 30G) and at least a part of the second core shaft (30, 30E, 30G) that is on a distal end side of the joint part, wherein from a distal end side toward a proximal end side of the guide wire (1, 1A-1J), a first region where the second core shaft (30, 30E, 30G) on the distal end side of the joint part is covered by the covering portion (40, 40B, 40C, 40D), and a second region adjacent to the first region, where the joint part is covered by the covering portion (40, 40B, 40C, 40D), are disposed, and the first region is more susceptible to plastic deformation than the second region, wherein the guide wire (1, 1A-1J) further comprises a coil body having a substantially cylindrical shape formed by spirally winding a wire around the first core shaft (10, 10D, 10E, the second core shaft (30, 30E, 30G; covering portion (40, 40B, 40C, 40D). a first core shaft (10, 10D, 10E, 10F) made of a superelastic material; a second core shaft (30, 30E, 30G) made of a material more susceptible to plastic deformation than the superelastic material of the first core shaft (10, 10D, 10E, 10F) and having a proximal end side joined to a distal end side of the first core shaft (10, 10D, 10E, 10F) and having a distal end side extending beyond a distal end of the first core shaft (10, 10D, 10E, 10F) on a distal side of the guide wire; and a covering portion (40, 40B, 40C, 40D) covering a joint part between the first core shaft (10, 10D, 10E, 10F) and the second core shaft (30, 30E, 30G) and at least a part of the second core shaft (30, 30E, 30G) that is on a distal end side of the joint part, wherein from a distal end side toward a proximal end side of the guide wire (1, 1A-1J), a first region where the second core shaft (30, 30E, 30G) on the distal end side of the joint part is covered by the covering portion (40, 40B, 40C, 40D), and a second region adjacent to the first region, where the joint part is covered by the covering portion (40, 40B, 40C, 40D), are disposed, and the first region is more susceptible to plastic deformation than the second region, wherein the guide wire (1, 1A-1J) further comprises a coil body having a substantially cylindrical shape formed by spirally winding a wire around the first core shaft (10, 10D, 10E, the second core shaft (30, 30E, 30G; covering portion (40, 40B, 40C, 40D).
Beverage comprising - 20 - 60 % agave syrup (w/v); - 0.2 - 1.2 % maca extract (w/v); - 0.4 - 1.2 % guarana extract (w/v); - 0.2 - 1.2 % acai extract (w/v); - 0.5 - 1.0 % citric acid (w/v); - 0.05 - 0.20 % ascorbic acid (w/v); - aloe vera juice; wherein the percentages are referred to the total volume of the drink, and wherein the beverage does not include carbonic acid (H 2 CO 3). - 20 - 60 % agave syrup (w/v); - 0.2 - 1.2 % maca extract (w/v); - 0.4 - 1.2 % guarana extract (w/v); - 0.2 - 1.2 % acai extract (w/v); - 0.5 - 1.0 % citric acid (w/v); - 0.05 - 0.20 % ascorbic acid (w/v); - aloe vera juice;
An industrial fabric including at least one upper surface side fabric constituted by upper surface side warps (1U-8U) and upper surface side wefts (1'U-16'U) and at least one lower surface side fabric constituted by lower surface side warps (1L, 2L, 5L, 6L) and lower surface side wefts (2'L, 4'L, 6'L, 8'L, 10'L, 12'L, 14'L, 16'L), said at least one upper surface side fabric comprising at least one first binding yarn forming a single knuckle in a complete structure of the fabric and at least one second binding yarn located to be adjacent to said at least one first binding yarn, wherein the first binding yarn and the second binding yarn are binding warp yarns, wherein the first binding yarn forms a single knuckle woven at a first upper surface side weft, wherein the second binding yarn forms two knuckles (N2, N3) woven at two second upper surface side wefts (3, 5) arranged on both sides of and adjacent the first upper surface side weft, wherein the second binding yarn passes under the first upper surface side weft and pushes up the first upper surface side weft, wherein a stress for pushing up the upper surface side wefts (5'U, 13'U) is generated between the two knuckles (N2, N3) of the second binding yarns (4Lb, 8Lb) and accordingly, a force for drawing the upper surface side wefts (5'U, 13'U) generated at the location of the single knuckle of the first binding yarn (3Lb, 7Lb) is cancelled by the stress for pushing up the upper surface side weft (5'U) generated on the two knuckles (N2, N3) of the second binding yarns (4Lb, 8Lb) adjacent to the first binding yarns (3Lb,7Lb). said at least one upper surface side fabric comprising at least one first binding yarn forming a single knuckle in a complete structure of the fabric and at least one second binding yarn located to be adjacent to said at least one first binding yarn, wherein the first binding yarn and the second binding yarn are binding warp yarns, wherein the first binding yarn forms a single knuckle woven at a first upper surface side weft, wherein the second binding yarn forms two knuckles (N2, N3) woven at two second upper surface side wefts (3, 5) arranged on both sides of and adjacent the first upper surface side weft, wherein the second binding yarn passes under the first upper surface side weft and pushes up the first upper surface side weft, wherein a stress for pushing up the upper surface side wefts (5'U, 13'U) is generated between the two knuckles (N2, N3) of the second binding yarns (4Lb, 8Lb) and accordingly, a force for drawing the upper surface side wefts (5'U, 13'U) generated at the location of the single knuckle of the first binding yarn (3Lb, 7Lb) is cancelled by the stress for pushing up the upper surface side weft (5'U) generated on the two knuckles (N2, N3) of the second binding yarns (4Lb, 8Lb) adjacent to the first binding yarns (3Lb,7Lb).
A sealing structure for a gas turbine engine, comprising: a rotor that has a rim with slots and a cooling passage, the rotor rotatable about an axis; a first and second blades arranged in the slots and respectively including first and second shelves facing one another within a pocket that is in fluid communication with the cooling passage, the first and second shelves forming an opening; and a seal arranged within the pocket and having a body, the seal includes first and second protrusions (96, 98) respectively extending from first and second faces of the body, the first and second faces opposing one another, the first protrusions (96, 98) supported on the rim in a first condition, wherein the seal extends in a generally axial direction corresponding to a first axis, and each of the first and second faces are provided by angled surfaces (86, 90) joined at an apex (88, 92); characterised in that the seal is a reversible seal, the body being configured for operative association with the first and second blades in any of four orientations to seal the opening in a secured condition. a rotor that has a rim with slots and a cooling passage, the rotor rotatable about an axis; a first and second blades arranged in the slots and respectively including first and second shelves facing one another within a pocket that is in fluid communication with the cooling passage, the first and second shelves forming an opening; and a seal arranged within the pocket and having a body, the seal includes first and second protrusions (96, 98) respectively extending from first and second faces of the body, the first and second faces opposing one another, the first protrusions (96, 98) supported on the rim in a first condition, wherein the seal extends in a generally axial direction corresponding to a first axis, and each of the first and second faces are provided by angled surfaces (86, 90) joined at an apex (88, 92); characterised in that the seal is a reversible seal, the body being configured for operative association with the first and second blades in any of four orientations to seal the opening in a secured condition.