mhurhangee/ep-ind-claims huggingface dataset:
Rock drilling tool for rotational percussive machining of concrete, rock, masonry and such materials, said tool including - a drill head which includes a cutting body, - a helix arranged between the drill head and a shaft, - wherein the cutting body extends in an uninterrupted manner over a nominal diameter of the rock drilling tool, - wherein the cutting body includes an inner region realized as a centering tip and an outer region (13; 13a, 13b) adjoining the centering tip in the radial direction, - wherein the outer region (13; 13a, 13b) is set back in the effective direction of the rock drilling tool in relation to the centering tip, - wherein the centering tip is realized as a pyramid or as a truncated pyramid and has pyramidal edges (15a - 15d; 42a - 42f), - wherein side surfaces (18a - 18f) lie between the pyramidal edges (15a - 15d; 42a - 42f), - wherein a tip of the pyramid or of the truncated pyramid is passed through by a longitudinal center axis of the drilling tool, - wherein at least one side surface (18a - 18f) of the centering tip is realized as a cavity (19a - 19d; 43a - 43f) and - wherein a cavity (19a - 19d; 43a - 43f) is a concave surface which extends between two pyramidal edges (15a - 15d; 42a - 42f) of the centering tip, characterized in that at least one of the pyramidal edges (15a - 15d; 42a - 42f) extends between its root (F15a - F15d; F42a - F42f) and the tip of the pyramid or of the truncated pyramid in a curved and/or in a buckled manner along at least one portion keeping the gradient constant with respect to the longitudinal axis. - a drill head which includes a cutting body, - a helix arranged between the drill head and a shaft, - wherein the cutting body extends in an uninterrupted manner over a nominal diameter of the rock drilling tool, - wherein the cutting body includes an inner region realized as a centering tip and an outer region (13; 13a, 13b) adjoining the centering tip in the radial direction, - wherein the outer region (13; 13a, 13b) is set back in the effective direction of the rock drilling tool in relation to the centering tip, - wherein the centering tip is realized as a pyramid or as a truncated pyramid and has pyramidal edges (15a - 15d; 42a - 42f), - wherein side surfaces (18a - 18f) lie between the pyramidal edges (15a - 15d; 42a - 42f), - wherein a tip of the pyramid or of the truncated pyramid is passed through by a longitudinal center axis of the drilling tool, - wherein at least one side surface (18a - 18f) of the centering tip is realized as a cavity (19a - 19d; 43a - 43f) and - wherein a cavity (19a - 19d; 43a - 43f) is a concave surface which extends between two pyramidal edges (15a - 15d; 42a - 42f) of the centering tip,
A user terminal, comprising: a transmitter (101, 110) configured to transmit a Device-to-Device, D2D, indication to a serving cell, while the user terminal is in a Radio Resource Control, RRC, connected mode in the serving cell, wherein the D2D indication includes information indicating that the user terminal will be adapted to perform reception of a D2D discovery in response to the user terminal being adapted to perform reception of the D2D discovery, and the D2D indication includes information indicating that the user terminal will be adapted to perform transmission of the D2D discovery in response to the user terminal being adapted to perform transmission of the D2D discovery, characterized in that the transmitter (101, 110) is further configured to transmit a gap request indicating a gap pattern the user terminal will be adapted to use for the D2D discovery, and the user terminal further comprises a receiver (101, 110) configured to receive a gap configuration from the serving cell, the gap configuration indicating a gap pattern configured by the serving cell for the user terminal. a transmitter (101, 110) configured to transmit a Device-to-Device, D2D, indication to a serving cell, while the user terminal is in a Radio Resource Control, RRC, connected mode in the serving cell, wherein the D2D indication includes information indicating that the user terminal will be adapted to perform reception of a D2D discovery in response to the user terminal being adapted to perform reception of the D2D discovery, and the D2D indication includes information indicating that the user terminal will be adapted to perform transmission of the D2D discovery in response to the user terminal being adapted to perform transmission of the D2D discovery, characterized in that the transmitter (101, 110) is further configured to transmit a gap request indicating a gap pattern the user terminal will be adapted to use for the D2D discovery, and the user terminal further comprises a receiver (101, 110) configured to receive a gap configuration from the serving cell, the gap configuration indicating a gap pattern configured by the serving cell for the user terminal.
Sampling device, adapted to cooperate with a sampling member subsequent to collection of a sample of animal tissue, said sampling device comprising: - a receiving tube designed for receiving said sample of animal tissue, containing at least one specific agent and comprising an inlet; - a tube head removably attached to said inlet of said receiving tube and provided with a through channel ending in the receiving tube; - a closing element being configured to take at least two positions: • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head, and • one second position, in which said closing element is released into said receiving tube, characterized in that said tube head comprises: a first part forming a flange capable of being supported on a rim of the receiving tube, a second part linked to said first part and adapted to be inserted into said receiving tube, said second part having a thickness less than a thickness of said first part, and a third part extending from said second part and forming an end of said tube head, said third part having a flared shape presenting a thickness less than said thickness of said second part. - a receiving tube designed for receiving said sample of animal tissue, containing at least one specific agent and comprising an inlet; - a tube head removably attached to said inlet of said receiving tube and provided with a through channel ending in the receiving tube; - a closing element being configured to take at least two positions: • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head, and • one second position, in which said closing element is released into said receiving tube, • one first position, in which said closing element is held into said tube head so as to plug said through channel of said tube head, and • one second position, in which said closing element is released into said receiving tube, a first part forming a flange capable of being supported on a rim of the receiving tube, a second part linked to said first part and adapted to be inserted into said receiving tube, said second part having a thickness less than a thickness of said first part, and a third part extending from said second part and forming an end of said tube head, said third part having a flared shape presenting a thickness less than said thickness of said second part.
Protective clothing (10; 50) consisting of a metal-ring mesh - comprising a fastening strap (45; 180; 211; 250) and at least one loop (35, 40) formed of a metal-ring mesh, - the fastening strap (45; 180; 211; 250) comprising at least one engagement element (70; 185) and a recess (90; 205) configured correspondently to the engagement element (70; 185), - the engagement element (70; 185) and the recess (90; 205) engaging with each other and configuring a loop section, characterized in that the loop section grips around the loop (35, 40) of the protective clothing (10; 50) and fastens the fastening strap (45; 180; 211; 250) to the loop (35, 40) of the protective clothing. - comprising a fastening strap (45; 180; 211; 250) and at least one loop (35, 40) formed of a metal-ring mesh, - the fastening strap (45; 180; 211; 250) comprising at least one engagement element (70; 185) and a recess (90; 205) configured correspondently to the engagement element (70; 185), - the engagement element (70; 185) and the recess (90; 205) engaging with each other and configuring a loop section, characterized in that the loop section grips around the loop (35, 40) of the protective clothing (10; 50) and fastens the fastening strap (45; 180; 211; 250) to the loop (35, 40) of the protective clothing.
Use of an ashless friction modifier comprising C12-C24 fatty acid and C12-C24 fatty amine for providing reduced wear in an engine oil for use in the crankcase of an engine, said engine oil comprising a base oil.
A device for high-speed video vibration analysis, the device comprising: a camera arrangement adapted to generate two high-speed video streams of a structure, wherein the camera arrangement comprises a high-speed video camera that is configured to operate in a visible spectrum and a high-speed video camera that is configured to operate in a non-visible spectrum, and wherein each one of the high-speed cameras generates a high-speed video stream; a data analyzer unit, connected to the camera arrangement, the data analyzer unit comprising a processing unit adapted to: estimate, from at least one of the two high-speed video streams, deformations of at least a portion of the captured structure along a first plane, determine, from the two high-speed video streams, depth information of at least a portion of the captured structure along a second plane, different from the first plane, or along an axis included in the second plane, and extract vibrational data of at least a portion of the captured structure by considering the estimated deformations and the determined depth information. a camera arrangement adapted to generate two high-speed video streams of a structure, wherein the camera arrangement comprises a high-speed video camera that is configured to operate in a visible spectrum and a high-speed video camera that is configured to operate in a non-visible spectrum, and wherein each one of the high-speed cameras generates a high-speed video stream; a data analyzer unit, connected to the camera arrangement, the data analyzer unit comprising a processing unit adapted to: estimate, from at least one of the two high-speed video streams, deformations of at least a portion of the captured structure along a first plane, determine, from the two high-speed video streams, depth information of at least a portion of the captured structure along a second plane, different from the first plane, or along an axis included in the second plane, and extract vibrational data of at least a portion of the captured structure by considering the estimated deformations and the determined depth information. estimate, from at least one of the two high-speed video streams, deformations of at least a portion of the captured structure along a first plane, determine, from the two high-speed video streams, depth information of at least a portion of the captured structure along a second plane, different from the first plane, or along an axis included in the second plane, and extract vibrational data of at least a portion of the captured structure by considering the estimated deformations and the determined depth information.
Timepiece comprising: - a case with a central axis substantially perpendicular to the general plane of the case, - a control member or a valve, generally referred to as a member, this member being mounted such that it can move in translation on a middle part of the case along a radial axis between at least a first position and a second position which is located further away from the central axis of the case than the first position, the member being screwed on at least one end part of the path between the second position and the first position, - a locking device capable of blocking the translation of the member in the first position, the locking device comprising: - a blocking element capable of undergoing translational displacement along the radial axis between a locking position and an unlocking position, where the member is respectively blocked or free to move in translation, - a part mounted such that it can move in rotation about the central axis of the case and intended to be set in rotation by a user, - drive means linking the angular displacement of the part mounted such that it can move in rotation to the translational displacement along the radial axis of the blocking element between the locking and unlocking positions. - a case with a central axis substantially perpendicular to the general plane of the case, - a control member or a valve, generally referred to as a member, this member being mounted such that it can move in translation on a middle part of the case along a radial axis between at least a first position and a second position which is located further away from the central axis of the case than the first position, the member being screwed on at least one end part of the path between the second position and the first position, - a locking device capable of blocking the translation of the member in the first position, - a blocking element capable of undergoing translational displacement along the radial axis between a locking position and an unlocking position, where the member is respectively blocked or free to move in translation, - a part mounted such that it can move in rotation about the central axis of the case and intended to be set in rotation by a user, - drive means linking the angular displacement of the part mounted such that it can move in rotation to the translational displacement along the radial axis of the blocking element between the locking and unlocking positions.
A liquefied gas tank for storing liquefied gas, comprising: an inner tank that stores the liquefied gas and is disposed so as to be capable of self-standing on a floor surface; and an outer enclosure that is covered over the inner tank and is supported by an upper face portion of the inner tank; wherein the outer enclosure is configured to be capable of sliding on the upper face portion of the inner tank in response to expansion and contraction in a horizontal direction of the inner tank and to be capable of moving in response to expansion and contraction in a vertical direction of the inner tank; a base portion that supports the inner tank is disposed on the floor surface; and characterised in that a weir-like structure is disposed on the floor surface so as to surround the base portion, and the outer enclosure is airtightly connected to the weir-like structure. an inner tank that stores the liquefied gas and is disposed so as to be capable of self-standing on a floor surface; and an outer enclosure that is covered over the inner tank and is supported by an upper face portion of the inner tank; wherein the outer enclosure is configured to be capable of sliding on the upper face portion of the inner tank in response to expansion and contraction in a horizontal direction of the inner tank and to be capable of moving in response to expansion and contraction in a vertical direction of the inner tank; a base portion that supports the inner tank is disposed on the floor surface; and characterised in that a weir-like structure is disposed on the floor surface so as to surround the base portion, and the outer enclosure is airtightly connected to the weir-like structure.
A monoclonal antibody or an antibody fragment thereof, which is one antibody or antibody fragment selected from the following (a) and (b): (a) an antibody or antibody fragment which comprises a heavy chain variable region of an antibody comprising the amino acid sequence represented by SEQ ID NO:49, and comprises a light chain variable region of an antibody comprising the amino acid sequences represented by SEQ ID NO:52, and (b) an antibody or antibody fragment which comprises a heavy chain variable region of an antibody comprising the amino acid sequence represented by SEQ ID NO:128, and comprises a light chain variable region of an antibody comprising the amino acid sequences represented by SEQ ID NO:132. (a) an antibody or antibody fragment which comprises a heavy chain variable region of an antibody comprising the amino acid sequence represented by SEQ ID NO:49, and comprises a light chain variable region of an antibody comprising the amino acid sequences represented by SEQ ID NO:52, and (b) an antibody or antibody fragment which comprises a heavy chain variable region of an antibody comprising the amino acid sequence represented by SEQ ID NO:128, and comprises a light chain variable region of an antibody comprising the amino acid sequences represented by SEQ ID NO:132.
A unit cell of a metal-semiconductor field-effect transistor (MESFET), comprising: a MESFET having a source, a drain, and a gate, the gate being between the source and the drain and on a channel layer of the MESFET, the channel layer having a first thickness T1 on a source side of the channel layer and a second thickness T2, thicker than the first thickness, on a drain side of the channel layer; and a recess between the source and the drain that exposes the channel layer, the recess having a first depth D2 on a source side of the recess that defines the first thickness of the channel layer and a second depth D1 on a drain side of the recess that defines the second thickness of the channel, the gate being disposed in the recess characterized in that the gate fills the entire recess and conforms to fit therein. a MESFET having a source, a drain, and a gate, the gate being between the source and the drain and on a channel layer of the MESFET, the channel layer having a first thickness T1 on a source side of the channel layer and a second thickness T2, thicker than the first thickness, on a drain side of the channel layer; and a recess between the source and the drain that exposes the channel layer, the recess having a first depth D2 on a source side of the recess that defines the first thickness of the channel layer and a second depth D1 on a drain side of the recess that defines the second thickness of the channel, the gate being disposed in the recess characterized in that the gate fills the entire recess and conforms to fit therein.
A ball socket structure, comprising: a ball portion; and a socket portion, the ball portion and the socket portion being configured to slide against one another, wherein the socket portion comprises a sliding surface including a PVD coating layer, the sliding surface of the socket portion is a concave spherical surface, and the value (Ds/Rs) of the ratio between the depth Ds of the sliding surface and the radius of curvature Rs of the sliding surface is from 0.05 to 0.70. a ball portion; and a socket portion, the ball portion and the socket portion being configured to slide against one another, wherein the socket portion comprises a sliding surface including a PVD coating layer, the sliding surface of the socket portion is a concave spherical surface, and the value (Ds/Rs) of the ratio between the depth Ds of the sliding surface and the radius of curvature Rs of the sliding surface is from 0.05 to 0.70.
A system comprising: a guide plate comprising perforations, wherein the guide plate is coupled to a frame, and configured to be positioned on a skin surface; a scalpet array comprising a plurality of scalpets secured on an investing plate, wherein the scalpet array is configured for application to the skin surface through the guide plate; a loading member, wherein the loading member is configured to apply via the scalpet array a load onto the skin surface subjacent the scalpet array; an adherent substrate configured for orientation with an adhesive side down inside the frame and over the guide plate to capture incised skin plugs generated by the scalpet array as a result of application of the load; and a blade slotted with the frame and configured to transect bases of the incised skin plugs generated by the scalpet array. a guide plate comprising perforations, wherein the guide plate is coupled to a frame, and configured to be positioned on a skin surface; a scalpet array comprising a plurality of scalpets secured on an investing plate, wherein the scalpet array is configured for application to the skin surface through the guide plate; a loading member, wherein the loading member is configured to apply via the scalpet array a load onto the skin surface subjacent the scalpet array; an adherent substrate configured for orientation with an adhesive side down inside the frame and over the guide plate to capture incised skin plugs generated by the scalpet array as a result of application of the load; and a blade slotted with the frame and configured to transect bases of the incised skin plugs generated by the scalpet array.
Household device having at least one household appliance door, a door bearing unit, which serves to mount the household appliance door so that it can pivot at least partially and which has a first bearing unit, with a door handle and at least one locking unit, which is intended to prevent removal of the household appliance door from the first bearing unit in at least one at least partially open position of the household appliance door, characterised by at least one coupling unit which actuates the locking unit on the basis of a movement of the door handle.