mhurhangee/ep-ind-claims huggingface dataset:
Anchoring base for the anchoring of an articular part (3, 4) of a joint prosthesis in a bone, comprising a base wall, means for connection to said articular part (3, 4) and bone anchoring means connected to said base wall; characterized in that said anchoring means comprise wall portions separated from each other and located near the peripheral edge of said base wall, each of said wall portions having a base edge connected to said base wall, a free end edge opposed to this base edge and two side edges extending between this base edge and this free end edge; at least one of said wall portions is arranged on said base wall such that a side edge (12a, 12b) of said wall portion is at a distance from the center of the base wall which is different from the distance of the other side edge (12b, 12a) of that wall portion relative to this center.
A light source unit comprising: a light source including a light emitting portion; a light source holding member holding the light source; a light transmission member including an incident portion wherein light from the light emitting portion is to enter the incident portion; a light transmission member holding member holding the light transmission member; and a positioning portion (70a; 70b) provided on the light transmission member holding member and abutted on the light source to position the light transmission member holding member and the light source to position the incident portion and the light emitting portion; characterized in that the light source unit comprises: an adjustment joining mechanism (56a, 56b, 74a, 74b, 75a, 75b, 76a, 76b, 78, 80a, 80b) configured to join the light transmission member holding member and the light source holding member to each other so as to adjust the relative positions of the light transmission member holding member and the light source holding member, and joining the light transmission member holding member and the light source holding member to each other in a state where the light source and the positioning portion (70a; 70b) abut on each other; wherein the light source includes a first and second side surfaces (50a; 50b) adjacent to each other; and the positioning portion (70a; 70b) includes a first and second wall surfaces (70a; 70b) adjacent to each other abutting on the first and second side surfaces (50a; 50b). a light source including a light emitting portion; a light source holding member holding the light source; a light transmission member including an incident portion wherein light from the light emitting portion is to enter the incident portion; a light transmission member holding member holding the light transmission member; and a positioning portion (70a; 70b) provided on the light transmission member holding member and abutted on the light source to position the light transmission member holding member and the light source to position the incident portion and the light emitting portion; an adjustment joining mechanism (56a, 56b, 74a, 74b, 75a, 75b, 76a, 76b, 78, 80a, 80b) configured to join the light transmission member holding member and the light source holding member to each other so as to adjust the relative positions of the light transmission member holding member and the light source holding member, and joining the light transmission member holding member and the light source holding member to each other in a state where the light source and the positioning portion (70a; 70b) abut on each other; wherein the light source includes a first and second side surfaces (50a; 50b) adjacent to each other; and the positioning portion (70a; 70b) includes a first and second wall surfaces (70a; 70b) adjacent to each other abutting on the first and second side surfaces (50a; 50b).
A shield for a radiological device, including: a body (12, 14), a source path through the body (12, 14), the source path including a first end opening and a second end opening, the source path including a circuitous element wherein there is no line of sight between the first end opening and the second end opening, characterized by a radiological shutter mechanism, configured to travel vertically through a shaft formed in the source path; the radiological shutter mechanism in use being manually operated by a device extending through the bottom surface of the shield through a passageway. a body (12, 14), a source path through the body (12, 14), the source path including a first end opening and a second end opening, the source path including a circuitous element wherein there is no line of sight between the first end opening and the second end opening, characterized by a radiological shutter mechanism, configured to travel vertically through a shaft formed in the source path; the radiological shutter mechanism in use being manually operated by a device extending through the bottom surface of the shield through a passageway.
A method for testing a passenger service unit (PSU; 506) of a cabin of a vehicle, the PSU being located within a PSU panel, the method is characterized in comprising the following steps installing a test interface panel (TIP; 600) in the cabin of the vehicle such that the TIP is connected to a power source and is able to communicate with the PSU; connecting a user interface to the TIP (600; 730); sending at least one command, from the user interface, to the PSU via the TIP (600; 740); and sending, at least one response, from the PSU (506; 750), wherein the TIP (600; 730) interfaces with the PSU by inserting the TIP on the power rail between PSU panels to provide complete access to the data bus and power bus for active testing and modification.
A method for producing a crimp connection, having the following steps: (a) feeding a cable end of a cable by means of a gripper to a crimping press, (b) connecting the cable end to a crimp contact, characterized in that during the crimping process in accordance with step b, to compensate for the lengthwise extension of the cable during crimping, the gripper is moved along the cable axis (x) of the cable in a retraction movement (e). (a) feeding a cable end of a cable by means of a gripper to a crimping press, (b) connecting the cable end to a crimp contact, characterized in that
Device for reducing the retraction of the edges (4.1) of an open fascia of a patient having an open soft tissue defect, in particular having an open abdominal wall or an open soft tissue defect on the back, via which device a tensile force (A, B) having a component (A 1, B 1) directed away from the body of the patient can be applied to the edges (4.1) of the fascia in such a way that the device holds the edges (4.1) of the fascia under tension and spaced apart from one another and that an open soft tissue defect, in particular an open abdominal wall or an open soft tissue defect on the back, persists, the device having: - at least one tensile member connectable to the fascia and - a suspension which can be arranged outside the body of the patient in front of the soft tissue defect and to which the at least one tensile member is attachable, the suspension being attachable to a mounting independent of the patient, in particular a bed or a lounger or a mounting braced on the floor, characterised in that the device has a force measurement device for measuring the tensile force applied to the fascia by the at least one tensile member. - at least one tensile member connectable to the fascia and - a suspension which can be arranged outside the body of the patient in front of the soft tissue defect and to which the at least one tensile member is attachable, the suspension being attachable to a mounting independent of the patient, in particular a bed or a lounger or a mounting braced on the floor,
An adjustment system adapted for coupling to a die, the adjustment system comprising: a first adjustment module configured to be removably mountable to said die, the first adjustment module comprising: a first body, a first plurality of studs, each of said first plurality of studs is slidably positioned within said first body, and first actuators one for each of said first plurality of studs coupled to said first plurality of studs, said first actuators being configured to move each of said first plurality of studs; and a second adjustment module configured to be removably mountable to said die, the second adjustment module comprising: a second body, a second plurality of studs, each of said second plurality of studs is slidably positioned within said second body, and second actuators one for each of said second plurality of studs coupled to said second plurality of studs, said second actuators being configured to move each of said second plurality of studs, a number of studs composing said first plurality of studs is different than a number of studs composing said second plurality of studs. a first adjustment module configured to be removably mountable to said die, the first adjustment module comprising: a first body, a first plurality of studs, each of said first plurality of studs is slidably positioned within said first body, and first actuators one for each of said first plurality of studs coupled to said first plurality of studs, said first actuators being configured to move each of said first plurality of studs; and a first body, a first plurality of studs, each of said first plurality of studs is slidably positioned within said first body, and first actuators one for each of said first plurality of studs coupled to said first plurality of studs, said first actuators being configured to move each of said first plurality of studs; and a second adjustment module configured to be removably mountable to said die, the second adjustment module comprising: a second body, a second plurality of studs, each of said second plurality of studs is slidably positioned within said second body, and second actuators one for each of said second plurality of studs coupled to said second plurality of studs, said second actuators being configured to move each of said second plurality of studs, a second body, a second plurality of studs, each of said second plurality of studs is slidably positioned within said second body, and second actuators one for each of said second plurality of studs coupled to said second plurality of studs, said second actuators being configured to move each of said second plurality of studs, a number of studs composing said first plurality of studs is different than a number of studs composing said second plurality of studs.
A well tool, comprising: a closure member which is displaceable between open and closed positions; a seat which the closure member sealingly engages in the closed position, the seat having a flow passage extending therethrough, the flow passage being blocked by the closure member in the closed position; a first conduit extending from a first side of the seat and adapted to carry at least one of the group consisting of an electrical conductor, an optical waveguide, and a fluid from the first side of the seat towards a second side of the seat opposite the first side without obstructing the flow passage, in which the first conduit is sealingly engaged with the seat, in which the first conduit is connected via an annular groove to a passageway which is circumferentially offset from the first conduit; and a second conduit extending from the first side of the seat and adapted to carry at least one of the group from the first side towards the second side of the seat without obstructing the flow passage, in which the second conduit is sealingly engaged with the seat, and in which the closure member is positioned between the first and the second conduits (54c, 54b) in the closed position. a closure member which is displaceable between open and closed positions; a seat which the closure member sealingly engages in the closed position, the seat having a flow passage extending therethrough, the flow passage being blocked by the closure member in the closed position; a first conduit extending from a first side of the seat and adapted to carry at least one of the group consisting of an electrical conductor, an optical waveguide, and a fluid from the first side of the seat towards a second side of the seat opposite the first side without obstructing the flow passage, in which the first conduit is sealingly engaged with the seat, in which the first conduit is connected via an annular groove to a passageway which is circumferentially offset from the first conduit; and a second conduit extending from the first side of the seat and adapted to carry at least one of the group from the first side towards the second side of the seat without obstructing the flow passage, in which the second conduit is sealingly engaged with the seat, and in which the closure member is positioned between the first and the second conduits (54c, 54b) in the closed position.
An aerosol generator comprising: a conductive mesh material of 200 mesh (74μm) ±10% to 600 mesh (22μm) ±10% to retain a liquid in the interstices thereof; a wick in contact with the conductive mesh material to transfer liquid material to the conductive mesh; and at least two electrical leads attached to spaced apart locations along the mesh material to supply power that resistively heats the mesh material. a conductive mesh material of 200 mesh (74μm) ±10% to 600 mesh (22μm) ±10% to retain a liquid in the interstices thereof; a wick in contact with the conductive mesh material to transfer liquid material to the conductive mesh; and at least two electrical leads attached to spaced apart locations along the mesh material to supply power that resistively heats the mesh material.
A system (1, 1', 1") for determining a vital sign of a subject comprising - a sensor (10, 10', 10a, 10b) attachable to a subject and configured to measure a vital sign information signal from which a vital sign of said subject can be obtained, - a marker (20, 20', 20a, 20b) attached to said sensor, - a vital sign processor (30, 30a) configured to process said vital sign information signal measured by said sensor (10, 10', 10a, 10b) when attached to said subject to obtain a vital sign of said subject, - an image analysis unit configured to detect motion of said marker (20, 20', 20a, 20b) from image data obtained by an imaging unit from at least an imaging region containing said sensor (10, 10', 10a, 10b), and - an alarm unit configured to generate and output an alarm signal i) if the measured vital sign information signal and/or obtained vital sign fulfills a first condition and ii) if the detected motion of said marker fulfills a second condition. - a sensor (10, 10', 10a, 10b) attachable to a subject and configured to measure a vital sign information signal from which a vital sign of said subject can be obtained, - a marker (20, 20', 20a, 20b) attached to said sensor, - a vital sign processor (30, 30a) configured to process said vital sign information signal measured by said sensor (10, 10', 10a, 10b) when attached to said subject to obtain a vital sign of said subject, - an image analysis unit configured to detect motion of said marker (20, 20', 20a, 20b) from image data obtained by an imaging unit from at least an imaging region containing said sensor (10, 10', 10a, 10b), and - an alarm unit configured to generate and output an alarm signal i) if the measured vital sign information signal and/or obtained vital sign fulfills a first condition and ii) if the detected motion of said marker fulfills a second condition. i) if the measured vital sign information signal and/or obtained vital sign fulfills a first condition and ii) if the detected motion of said marker fulfills a second condition.
An effective amount of an immune checkpoint inhibitor and a herpes simplex virus, wherein the herpes simplex virus lacks functional ICP34.5 genes, lacks a functional ICP47 gene and comprises a gene encoding human GM-CSF, for use in the treatment of melanoma in a patient with stages IIIb to IV melanoma by enhancing the systemic anti-tumor immune response, wherein the immune checkpoint inhibitor is an anti-CTLA-4 antibody or an anti-PD-1 antibody.
A measurement device, comprising: a mark detection system that has an irradiation system, an objective optical system and a beam receiving system, the irradiation system is configured to irradiate a grating mark provided at an object that is moved in a first direction, with a measurement beam (L1,L2), while scanning the measurement beam (L1,L2) in the first direction with respect to the grating mark, the objective optical system including an objective optical element capable of facing the object that is moved in the first direction, and the beam receiving system is configured to receive a diffraction beam from the grating mark of the measurement beam (L1,L2) via the objective optical system; and a calculation system configured to obtain positional information of the grating mark on the basis of a detection result of the mark detection system, wherein the objective optical element is configured to deflect or diffract the diffraction beam generated at the grating mark toward the beam receiving system, and wherein the objective optical element has a first area in which an optical path of the measurement beam (L1,L2) from the irradiation system is provided, and a second area in which an optical component to deflect or diffract the diffraction beam is provided. a mark detection system that has an irradiation system, an objective optical system and a beam receiving system, the irradiation system is configured to irradiate a grating mark provided at an object that is moved in a first direction, with a measurement beam (L1,L2), while scanning the measurement beam (L1,L2) in the first direction with respect to the grating mark, the objective optical system including an objective optical element capable of facing the object that is moved in the first direction, and the beam receiving system is configured to receive a diffraction beam from the grating mark of the measurement beam (L1,L2) via the objective optical system; and a calculation system configured to obtain positional information of the grating mark on the basis of a detection result of the mark detection system, wherein the objective optical element is configured to deflect or diffract the diffraction beam generated at the grating mark toward the beam receiving system, and wherein the objective optical element has a first area in which an optical path of the measurement beam (L1,L2) from the irradiation system is provided, and a second area in which an optical component to deflect or diffract the diffraction beam is provided.
A layered product having at least a substrate (i) and a foamed layer (ii) which is formed from a urethane resin composition containing a urethane resin, water, and a film forming auxiliary, wherein the film forming auxiliary is a polyethylene glycol and/or a polyethylene glycol having an alkoxy group having 11 or less carbon atoms.
A V-ribbed belt comprising a compression rubber layer, a tension layer and a core wire, and having a tensile elastic modulus of 240 to 500 N/(mm·%), wherein the compression rubber layer is formed of a rubber composition containing a rubber component comprising an ethylene-α-olefin elastomer, the core wire comprises a Lang lay cord, the core wire has a total fineness of 300 to 1000 tex, the core wire comprises a rubber component adhered to at least a part of a surface of the core wire, the Lang lay cord comprises a first-twisted yarn, and the first-twisted yarn comprises a carbon fiber. wherein the compression rubber layer is formed of a rubber composition containing a rubber component comprising an ethylene-α-olefin elastomer, the core wire comprises a Lang lay cord, the core wire has a total fineness of 300 to 1000 tex, the core wire comprises a rubber component adhered to at least a part of a surface of the core wire, the Lang lay cord comprises a first-twisted yarn, and the first-twisted yarn comprises a carbon fiber.
Method for the treatment of substrates, in particular solar cells, wherein the substrates contain silicon or have silicon material at least on their outer side, wherein during the treatment, multiple etching of the substrates occurs and several cleaning steps with water or DI water therebetween, wherein the substrate is then dried and heated to dry the surface and remove water to the greatest extent possible, wherein an oxidation of the substrate or the substrate surface then occurs with a gas mixture which contains at least a low proportion of ozone, characterised in that the substrate is oxidised dry.
The use of a thermoplastic polyester for producing injection-molded parts, said polyester comprising: • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit; wherein the /[ +] ratio is at least 0.10 and at most 0.75; said polyester not containing any aliphatic non-cyclic diol units and the reduced solution viscosity (25°C; phenol (50%m):ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g said injection-molded parts being exempt from an additional polymer chosen from aromatic polyesters, aliphatic polyesters, ether polyesters, polyamide, polycarbonate, polyether bloc amides and polyurethane and not being chosen among aerosol containers, hollow articles or biaxially stretched hollow articles. • at least one 1,4:3,6-dianhydrohexitol unit; • at least one alicyclic diol unit other than the 1,4:3,6-dianhydrohexitol units; • at least one terephthalic acid unit; wherein the /[ +] ratio is at least 0.10 and at most 0.75; said polyester not containing any aliphatic non-cyclic diol units and the reduced solution viscosity (25°C; phenol (50%m):ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g wherein the /[ +] ratio is at least 0.10 and at most 0.75; said polyester not containing any aliphatic non-cyclic diol units and the reduced solution viscosity (25°C; phenol (50%m):ortho-dichlorobenzene (50%m); 5 g/l of polyester) of said polyester being greater than 50 ml/g
Sowing apparatus having a frame which is preferably configured as a chassis and has a track marker which can be pivoted about a swivel joint between a working position, a turning position and a transport position, a single hydraulic cylinder which is coupled in an articulated manner to the track marker being suitable by means of a present hydraulic system for selecting and setting the working position and the turning position of the track marker, the hydraulic cylinder being connected with its end which lies opposite the track marker via a joint to a rocker which is fastened pivotably to the frame and the manually releasable fixing of which on the frame consists of a securing member, characterized in that the rocker is fastened to the frame such that it can be pivoted about a hinged joint counter to the force of a spring.