mhurhangee/ep-ind-claims huggingface dataset:
An optoelectronic semiconductor chip, comprising a plurality of semiconductor function regions arranged on a common carrier layer (1, 7), and a contact structure for making electrical contact with the optoelectronic semiconductor chip, wherein - semiconductor function regions comprise an active zone provided for radiation generation or for generation reception and based on a III-V-semiconductor material, - an insulation structure (15, 16) is arranged between the carrier layer (1, 7) and the contact structure and electrically insulates the contact structure from a counter-contact structure arranged on a side of the carrier layer (1, 7) opposite to the semiconductor function regions, - the semiconductor function regions are connected in a parallel or series-parallel connection during operation of the semiconductor chip, - at least one of the semiconductor function regions is a defect region, - the contact structure is electrically conductively connected to at least one of the semiconductor function regions, and - the contact structure is formed such that it can be electrically isolated or is electrically isolated from the defect region. - semiconductor function regions comprise an active zone provided for radiation generation or for generation reception and based on a III-V-semiconductor material, - an insulation structure (15, 16) is arranged between the carrier layer (1, 7) and the contact structure and electrically insulates the contact structure from a counter-contact structure arranged on a side of the carrier layer (1, 7) opposite to the semiconductor function regions, - the semiconductor function regions are connected in a parallel or series-parallel connection during operation of the semiconductor chip, - at least one of the semiconductor function regions is a defect region, - the contact structure is electrically conductively connected to at least one of the semiconductor function regions, and - the contact structure is formed such that it can be electrically isolated or is electrically isolated from the defect region.
A method of accurately sampling the properties of cooling medium that has been sprayed at a strand within a spray chamber of a continuous metal casting process, the method comprising the steps of: passing a sample of cooling medium through a separation device, characterized in the separation device comprising an angled flow surface constructed and arranged such that medium flows over the surface, fluid and fine particles from the medium sample pass through the flow surface and on to a monitor, and large particles in the medium do not pass through but rather slide down and off the angled flow surface thereby inhibiting the formation of clogs over the surface, and the monitor being constructed and arranged to determine a chemical or physical property of the cooling medium, wherein the separation device is positioned directly below the strand. passing a sample of cooling medium through a separation device, characterized in the separation device comprising an angled flow surface constructed and arranged such that medium flows over the surface, fluid and fine particles from the medium sample pass through the flow surface and on to a monitor, and large particles in the medium do not pass through but rather slide down and off the angled flow surface thereby inhibiting the formation of clogs over the surface, and the monitor being constructed and arranged to determine a chemical or physical property of the cooling medium, wherein the separation device is positioned directly below the strand.
A joining system for fastening together a shelf and an upright of a piece of furniture or the like, the joining system comprising a joining device configured so as to be recessed into the edge of the shelf and a pin fixed to the upright, wherein said pin comprises a cylinder configured so as to be inserted into a hole of the upright and a head flexibly protruding from said cylinder; wherein said joining device comprises a main body having a substantially circular section at least partially deformable when in engagement with the head of the pin so as to flexibly draw together the shelf and the upright, wherein the joining device comprises a pin, wherein the main body comprises a side wall with an edge, an engaging wall extending substantially so as to close the main body and a notch in said engaging wall; wherein said notch is shaped substantially as a bottle with a widened part, a neck and one end, wherein said joining device comprises a chute configured so as to cooperate with the head of the pin when the shelf must be unhooked from the upright, wherein the engaging wall forms a depression in correspondence of at least part of said notch in such a way that at least a part of the engaging wall is recessed with respect to a plane of the edge, and characterized in that the engaging wall follows a part of the edge of the side wall of the main body, but forms said depression next to the neck and the end.
A therapeutic cellular composition comprising: human hematopoietic stem cells (HSCs), wherein said HSCs have a phenotype of CD34+; human facilitating cells (hFCs), wherein said hFCs comprise cells having a phenotype of CD8+ / alpha beta TCR- / CD56 dim/neg and cells having a phenotype of CD8+ / alpha beta TCR- / CD56 bright; and human alpha beta TCR+ T cells for use in a method of making the immune system of a recipient chimeric with the immune system of a donor, which method comprises: administering the composition to the recipient, wherein the recipient has been conditioned, wherein said condition is total body irradiation, administration of a toxic or therapeutic agent, administration of a monoclonal antibody or a monoclonal antibody attached to a toxin or a radio isotope or combination of any of these, wherein said alpha beta TCR+ T cells are present in an amount that is greater than would be considered therapeutic, wherein the number of alpha beta TCR+ T cells are adjusted to between 2.0 x 10 6 and 5.0 x 10 6 alpha beta TCR+ T cells / kg recipient body weight. human hematopoietic stem cells (HSCs), wherein said HSCs have a phenotype of CD34+; human facilitating cells (hFCs), wherein said hFCs comprise cells having a phenotype of CD8+ / alpha beta TCR- / CD56 dim/neg and cells having a phenotype of CD8+ / alpha beta TCR- / CD56 bright; and human alpha beta TCR+ T cells for use in a method of making the immune system of a recipient chimeric with the immune system of a donor, which method comprises: administering the composition to the recipient, wherein the recipient has been conditioned, wherein said condition is total body irradiation, administration of a toxic or therapeutic agent, administration of a monoclonal antibody or a monoclonal antibody attached to a toxin or a radio isotope or combination of any of these, wherein said alpha beta TCR+ T cells are present in an amount that is greater than would be considered therapeutic, wherein the number of alpha beta TCR+ T cells are adjusted to between 2.0 x 10 6 and 5.0 x 10 6 alpha beta TCR+ T cells / kg recipient body weight. administering the composition to the recipient, wherein the recipient has been conditioned, wherein said condition is total body irradiation, administration of a toxic or therapeutic agent, administration of a monoclonal antibody or a monoclonal antibody attached to a toxin or a radio isotope or combination of any of these, wherein said alpha beta TCR+ T cells are present in an amount that is greater than would be considered therapeutic, wherein the number of alpha beta TCR+ T cells are adjusted to between 2.0 x 10 6 and 5.0 x 10 6 alpha beta TCR+ T cells / kg recipient body weight.
Medical system, in particular for monitoring and/or controlling at least one bodily function of a user, comprising a control device and at least one medical user element embodied separately from the control device, wherein the medical user element and the control device are designed to exchange data wirelessly, wherein the medical system is designed to enable an automatic assignment step, wherein an exchange of personal data between the medical user element and the control device is enabled by the automatic assignment step, wherein the medical system is designed to automatically initiate the automatic assignment step by means of an assignment coupling between the medical user element and the control device, wherein the medical system is designed to enable a separation of the assignment coupling for medical operation of the medical system after the assignment step, wherein the control device has a housing, wherein the housing has at least one depression and/or elevation corresponding to an external shape of the medical user element, characterized in that personal data are exchanged in medical operation, wherein the assignment coupling comprises a temporary predefined coupling alignment between the medical user element and the control device, wherein the coupling alignment is different than an alignment in medical operation, wherein the medical user element and the control device are designed in terms of their external shape to enable a defined temporary coupling alignment between the medical user element and the control device, wherein the medical user element, for the purpose of producing the assignment coupling, temporarily can be introduced into the depression and/or can be applied to the elevation.
A vessel with a docking structure for docking the vessel to at least one bumper bar of a marine structure, comprising: - a buffer with at least one gripping system suitable for gripping a bumper bar of a marine structure; - a mounting section by which the docking system is mounted to the bow of the vessel; and - a kinematic structure which connects the mounting section to the buffer and offers six degrees of freedom for a relative movement between the mounting section and the buffer, and - a damping structure for damping the relative movement between the mounting section and the buffer wherein the kinematic structure is a Stewart platform which includes six hydraulic jacks, characterized in that the mounting section is formed by three fixing points or a fixing platform by which the Stewart platform is fixed to the bow of the vessel, where the six diagonal hydraulic jacks that are mounted in pairs at the fixing points or at the fixing platform and cross over to three mounting points at the buffer where they are also mounted in pairs but in an other configuration than at the fixing points or at the fixing platform. - a buffer with at least one gripping system suitable for gripping a bumper bar of a marine structure; - a mounting section by which the docking system is mounted to the bow of the vessel; and - a kinematic structure which connects the mounting section to the buffer and offers six degrees of freedom for a relative movement between the mounting section and the buffer, and - a damping structure for damping the relative movement between the mounting section and the buffer
A bearing device with a cooling structure the bearing device comprising: a plurality of axially juxtaposed rolling bearings (1; 1A-1D), each of the rolling bearings having an inner ring in use mounted on a main shaft and an outer ring in use accommodated in a housing; an inner ring spacer (5; 5L, 5M, 5R) interposed between the inner rings of the neighboring rolling bearings (1; 1A-1D) and in use mounted on the main shaft; and an outer ring spacer (4; 4L, 4M, 4R) interposed between the outer rings of the neighboring rolling bearings (1; 1A-1D) and in use accommodated in the housing, which cooling structure comprises: a nozzle (12; 12A-12D; 12L, 12M, 12R) provided in the outer ring spacer (4; 4L, 4M, 4R) and configured to supply a cooling fluid to the rolling bearings (1; 1A-1D) by blowing the cooling fluid to an outer peripheral surface of the inner ring or the inner ring spacer, the nozzle (12; 12A-12D; 12L, 12M, 12R) having a discharge port side that is inclined forwardly with respect to a direction of rotation (LA, L1) of the main shaft, in which the cooling fluid is a compressed air, the nozzle for discharging the compressed air towards the outer peripheral surface of the inner ring spacer is provided in the outer ring spacer so as to incline forwardly with respect to the direction (L1, LA) of rotation, and a gap (δd) between the inner peripheral surface of the outer ring spacer, where the discharge port (12a, 12Aa, 12Ba) of the nozzle exists, and the outer peripheral surface of the inner ring spacer, that confronts the discharge port (12a, 12Aa, 12Ba), is chosen to be equal to 0.7 mm or larger, but smaller than half the diameter of the nozzle (12, 12A, 12B), characterized in that the cooling structure further comprises a lubricating nozzle for supplying a lubrication oil into the rolling bearing provided in the outer ring spacer. a nozzle (12; 12A-12D; 12L, 12M, 12R) provided in the outer ring spacer (4; 4L, 4M, 4R) and configured to supply a cooling fluid to the rolling bearings (1; 1A-1D) by blowing the cooling fluid to an outer peripheral surface of the inner ring or the inner ring spacer, the nozzle (12; 12A-12D; 12L, 12M, 12R) having a discharge port side that is inclined forwardly with respect to a direction of rotation (LA, L1) of the main shaft, in which the cooling fluid is a compressed air, the nozzle for discharging the compressed air towards the outer peripheral surface of the inner ring spacer is provided in the outer ring spacer so as to incline forwardly with respect to the direction (L1, LA) of rotation, and a gap (δd) between the inner peripheral surface of the outer ring spacer, where the discharge port (12a, 12Aa, 12Ba) of the nozzle exists, and the outer peripheral surface of the inner ring spacer, that confronts the discharge port (12a, 12Aa, 12Ba), is chosen to be equal to 0.7 mm or larger, but smaller than half the diameter of the nozzle (12, 12A, 12B),
A lead-acid battery comprising: a container having an opening on one side in a first direction corresponding to up direction and formed with a housing chamber communicating with the opening; a positive electrode and a negative electrode housed in the housing chamber of the container; and a lid disposed so as to close the opening of the container and has a discharge port formed on an outer surface of the lid, wherein a communication chamber is formed inside the lid, the communication chamber being surrounded by a partition wall (324, 326) between the housing chamber and the communication chamber, a facing wall that faces the partition wall (324, 326) in the first direction, and a sidewall that connects the partition wall (324, 326) and the facing wall, a communication hole communicating with the housing chamber is formed in the partition wall (324, 326) and including an exhaust hole, a vent hole communicating with the discharge port of the lid is formed in the sidewall, the communication chamber is provided with an inner wall disposed so as to face the exhaust hole, a first distance between the inner wall and the vent hole in the sidewall is shorter than a second distance between the inner wall and the exhaust hole, and a tip of the inner wall in a down direction is formed at a position lower than the vent hole, wherein the inner wall is an exhaust tubular wall of a tubular shape protruding from the facing wall toward the exhaust hole. a container having an opening on one side in a first direction corresponding to up direction and formed with a housing chamber communicating with the opening; a positive electrode and a negative electrode housed in the housing chamber of the container; and a lid disposed so as to close the opening of the container and has a discharge port formed on an outer surface of the lid, wherein a communication chamber is formed inside the lid, the communication chamber being surrounded by a partition wall (324, 326) between the housing chamber and the communication chamber, a facing wall that faces the partition wall (324, 326) in the first direction, and a sidewall that connects the partition wall (324, 326) and the facing wall, a communication hole communicating with the housing chamber is formed in the partition wall (324, 326) and including an exhaust hole, a vent hole communicating with the discharge port of the lid is formed in the sidewall, the communication chamber is provided with an inner wall disposed so as to face the exhaust hole, a first distance between the inner wall and the vent hole in the sidewall is shorter than a second distance between the inner wall and the exhaust hole, and a tip of the inner wall in a down direction is formed at a position lower than the vent hole, wherein the inner wall is an exhaust tubular wall of a tubular shape protruding from the facing wall toward the exhaust hole.
A method for generating a digital model of a patient's dentition, the method executed at least in part by a computer and comprising: acquiring (S100, S110, S120, S130, S140) a 3-D digital mesh that is representative of the patient's dentition along a dental arch, wherein the digital mesh includes braces, teeth, and gingival tissue; modifying the 3-D digital mesh to generate (S1002; S1402) a digital mesh dentition model by: (i) processing the digital mesh and automatically detecting one or more initial bracket positions from the acquired mesh; (ii) processing the initial bracket positions to identify bracket areas for braces that lie against tooth surfaces; (iii) identifying one or more brace wires extending between brackets; (iv) removing (S1008; S1406) one or more brackets and one or more wires from the dentition model; (v) forming (S1010; S1408) a reconstructed tooth surface within the digital mesh dentition model where the one or more brackets have been removed; and displaying (S1012; S1410), storing, or transmitting over a network to another computer, the modified 3-D digital mesh dentition model. acquiring (S100, S110, S120, S130, S140) a 3-D digital mesh that is representative of the patient's dentition along a dental arch, wherein the digital mesh includes braces, teeth, and gingival tissue; modifying the 3-D digital mesh to generate (S1002; S1402) a digital mesh dentition model by: (i) processing the digital mesh and automatically detecting one or more initial bracket positions from the acquired mesh; (ii) processing the initial bracket positions to identify bracket areas for braces that lie against tooth surfaces; (iii) identifying one or more brace wires extending between brackets; (iv) removing (S1008; S1406) one or more brackets and one or more wires from the dentition model; (v) forming (S1010; S1408) a reconstructed tooth surface within the digital mesh dentition model where the one or more brackets have been removed; and (i) processing the digital mesh and automatically detecting one or more initial bracket positions from the acquired mesh; (ii) processing the initial bracket positions to identify bracket areas for braces that lie against tooth surfaces; (iii) identifying one or more brace wires extending between brackets; (iv) removing (S1008; S1406) one or more brackets and one or more wires from the dentition model; (v) forming (S1010; S1408) a reconstructed tooth surface within the digital mesh dentition model where the one or more brackets have been removed; and displaying (S1012; S1410), storing, or transmitting over a network to another computer, the modified 3-D digital mesh dentition model.
A multispecific antibody or fragment thereof that specifically binds: a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor; and b. a second target epitope, wherein the second epitope is an epitope of EGFR. a. a first target epitope, wherein the first target epitope is an epitope of the variable delta 1 (Vδ1) chain of a γδ T cell receptor; and b. a second target epitope, wherein the second epitope is an epitope of EGFR.
Assembly comprising an interaction device; and a reception part of the interaction device; said interaction device comprising a touch-sensitive surface capable of generating input data when said touch-sensitive surface is in contact with an actuator; an actuator capable of generating a reaction force as a function of said input data; and a support to which said actuator is coupled; said assembly being characterized in that the interaction device comprises a frame fixed to the periphery of said touch-sensitive surface, the frame and the touch-sensitive surface being arranged so as to form a rigid assembly that has a resonant frequency of at least a hundred Hertz and in that the actuator is directly coupled to the frame to displace the rigid assembly relative to the support, the resonant frequency of said actuator being substantially equal to the resonant frequency of the rigid assembly, the support stationarily coupled to the reception part.
Wound stator comprising a body provided with notches and a winding formed from a ply comprising a plurality of phase coils (E1-E6), said winding comprising a regular part in which, for each phase coil (E1-E6), segment structures are each linked, via two loop structures, to two adjacent segment structures situated in two different notches; and an irregular winding part in which, for each phase coil (E1-E6), composed of a single wire, a segment structure is linked via two loop structures to two segment structures that are radially superposed with respect to one another in one and the same notch, so that, for each phase coil, the direction of travel by the phase coil in the notches of the stator is reversed in a notch called reversal notch in which is housed said segment structure linked via two loop structures to two superposed segment structures, the stator being characterized in that, for at least one phase coil (E1-E6) of the irregular winding part, at least one of the loop structures has radial adjustments such that said at least one loop structure of the phase coils (E1-E6) do not overlap.
Mechanical seal (1; 1'; 1") for a fluid, comprising a supporting body that delimits a through cavity extending between two opposing openings (4, 5) that delimit said through cavity according to a longitudinal direction, the following being arranged in said through cavity: - a first sealing ring associated with a first one of said openings through the interposition of a sealing element suited to prevent the passage of said fluid; - a second sealing ring facing said first sealing ring and revolvingly associated with said supporting body; - elastic means compressed between said supporting body and one of said sealing rings (6, 7) in such a way as to thrust said sealing rings (6, 7) against each other according to said longitudinal direction so as to arrange them in mutual contact, characterized in that it comprises a stop ring (11; 11') interposed between said second sealing ring and a supporting surface belonging to the surface that delimits said through cavity, the supporting surface delimiting the perimeter of the second one of said openings, said stop ring (11; 11') being configured in such a way that it can be thrust by said elastic means in a stop position against said supporting surface, said stop ring (11; 11') being furthermore configured so that, in said stop position, it has at least one portion whose projection according to said longitudinal direction is contained within said second opening. - a first sealing ring associated with a first one of said openings through the interposition of a sealing element suited to prevent the passage of said fluid; - a second sealing ring facing said first sealing ring and revolvingly associated with said supporting body; - elastic means compressed between said supporting body and one of said sealing rings (6, 7) in such a way as to thrust said sealing rings (6, 7) against each other according to said longitudinal direction so as to arrange them in mutual contact,