mhurhangee/ep-ind-claims huggingface dataset:
A wire gripper comprising: a stationary gripping body having a main body and a wire-like body pressing-down portion formed on an upper portion of the main body; a swinging member swingably attached to the stationary gripping body by a supporting shaft; a movable gripping body swung toward the wire-like body pressing-down portion of the stationary gripping body according to swinging of the swinging member and having a wire-like body holding portion; and a connection member connected to the swinging member and swinging the swinging member, characterized in that the stationary gripping body is provided with a circular ridge formed around a hole in which the supporting shaft for attaching the swinging member is inserted in order to protect the supporting shaft, an arc-shaped ridge is formed at a position spaced from the hole edge of the hole in which the supporting shaft is inserted along the hole edge separately from the circular ridge, the circular ridge and the arc-shaped ridge are formed integrally with the main body of the stationary gripping body, a spring groove is formed between the circular ridge and the arc-shaped ridge, and top portions (32a, 40a) of the circular ridge and the arc-shaped ridge are planar and constitute a seat on which the swinging member is placed such that the top portions (32a, 40a) are in sliding contact with the swinging member. a stationary gripping body having a main body and a wire-like body pressing-down portion formed on an upper portion of the main body; a swinging member swingably attached to the stationary gripping body by a supporting shaft; a movable gripping body swung toward the wire-like body pressing-down portion of the stationary gripping body according to swinging of the swinging member and having a wire-like body holding portion; and a connection member connected to the swinging member and swinging the swinging member,
An installation housing for electrical installations and lights for installation in lightweight hollow ceilings or walls having an installation opening adapted to the cross section of the installation housing, into said installation opening the installation housing being insertable, the installation housing including a bottom and a circumferential wall protruding from the bottom, at least the circumferential wall being made from an elastic elastomeric or thermoelastic plastic material, characterized by that the wall includes webs oriented substantially in parallel to a longitudinal central axis of the installation housing made of a form-stable thermoplastic or thermosetting plastic material, said webs being spaced to each other in the peripheral direction of the wall.
Self-propelled road-milling machine, comprising a chassis, a driver's position for the driver of the road-milling machine which is arranged on the chassis of the machine, a milling arrangement for milling off material, a material-handling arrangement for feeding the milled-off material to a discharge point at which the milled-off material is received by a transporting vehicle which drives ahead of the road-milling machine, the road-milling machine being a front-unloading road-milling machine in which the material-handling arrangement extends forward in the working direction to a level higher than the front part of the chassis of the machine, characterised in that the road-milling machine has at least one control unit for the entry of at least two different states of operation by the driver of the road-milling machine, at least one visual indicator or display unit being provided to indicate or display for the driver of the transporting vehicle the at least two states of operation which are preset with the control unit by the driver of the road-milling machine, the visual indicator or display unit is arranged on at least one of the two longitudinal sides of the chassis of the machine and has an indicating or display surface which faces in the direction of operation.
A tomographic image generation method comprising: inputting an alternating current to a measurement object via an electrode arranged at a position separated from the measurement object; acquiring an intensity of a magnetic field generated on the basis of the input alternating current via a magnetic sensor arranged at a position separated from the measurement object; and generating a tomographic image of the measurement object using the acquired intensity of the magnetic field, wherein the method comprises: preparing a base member (101, 101A) on which the electrode and the magnetic sensor are provided; inputting the alternating current to the measurement object via the electrode on the base member (101, 101A) while the electrode on the base member (101, 101A) is in non-direct contact with a body surface of the measurement object; and moving the base member (101, 101A) relative to the measurement object in a predetermined direction while the electrode on the base member (101, 101A) is in non-direct contact with the body surface of the measurement object, wherein the electrode includes a plurality of electrodes provided on the base member, and the magnetic sensor includes a plurality of magnetic sensors provided on the base member, and wherein inputting the alternating current causes an alternating current to flow between two electrodes among the plurality of electrodes without directly attaching the electrodes to the body surface of the measurement object.. preparing a base member (101, 101A) on which the electrode and the magnetic sensor are provided; inputting the alternating current to the measurement object via the electrode on the base member (101, 101A) while the electrode on the base member (101, 101A) is in non-direct contact with a body surface of the measurement object; and moving the base member (101, 101A) relative to the measurement object in a predetermined direction while the electrode on the base member (101, 101A) is in non-direct contact with the body surface of the measurement object,
A horizontal cable manager for routing cables in a network rack, the horizontal cable manager comprising: a body with a back and a plurality of fingers extending from the back of the body, wherein a distal end of at least one finger has a hinge pin holder; and a door hingedly attached to the fingers extending from the body, the door having a front, a back, a top edge, a bottom edge, and at least one hinge pin receptacle positioned along at least one of the top edge or the bottom edge of the door, the hinge pin receptacle housing a magnet for enabling the door to attach to the hinge pin holder of the at least one finger to hold the door in a closed position. a body with a back and a plurality of fingers extending from the back of the body, wherein a distal end of at least one finger has a hinge pin holder; and a door hingedly attached to the fingers extending from the body, the door having a front, a back, a top edge, a bottom edge, and at least one hinge pin receptacle positioned along at least one of the top edge or the bottom edge of the door, the hinge pin receptacle housing a magnet for enabling the door to attach to the hinge pin holder of the at least one finger to hold the door in a closed position.
An apparatus for developing inertial forces, said apparatus being characterized in that it comprises at least two masses or pairs of masses, each of which rotates on a generic plane and travels along a closed path that is parallel and adjacent to that of the other mass or pair of masses that moves in the opposite direction relative to and symmetrical with respect to a vertical axis coinciding with the axis of symmetry of the path of said masses, said path being comprised between a minimum path and a maximum path, both comprised in an outer circumference having a radius and a diameter that is perpendicular to the axis of symmetry of the path of the masses, as well as a centre that coincides with the centre of rotation of the masses; said minimum path being defined by a circumference having a radius equal to 1/10 of the radius and a centre set on the axis of symmetry of the path of the masses and tangential to the centre of the circumference; said maximum path being defined by two minor circumferences of radius (R K) ≤ 3/4, each having its own centre on the diameter of the circumference and being tangential thereto at the end of the latter, by joining: a stretch of horizontal chord that joins the two points of tangency with the two minor circumferences; an arc of the right-hand minor circumference; a top arc of the circumference; and an arc of the left-hand minor circumference, said latter arc being symmetrical to the first; wherein said rotating masses are displaced along a path of their own, constituted by a sort of track, by means of one or more slotted arms moved by at least one motor, wherein each mass is constituted by a handlebar with a central wheel, said handlebar having its ends inserted in the slots of the two mutually parallel and fixed arms, whilst the central wheel rolls along its own path with rolling friction.
A kit comprising: a) a first composition comprising a vector particle optionally with an adjuvant, the vector particle comprising a recombinant expression vector wherein the recombinant expression vector comprises a polynucleotide encoding a cancer-associated antigen, and wherein the polynucleotide is operatively linked to at least one regulatory expression sequence, and b) a second composition comprising a TLR4 agonist wherein the composition does not comprise antigen; wherein the first composition and the second composition each further comprise a pharmaceutically suitable excipient, for use in a method of increasing T cells in a tumor microenvironment in a subject, where the first composition is administered systemically, thereby inducing an immune response against the cancer-associated antigen in the subject; and where the second composition is administered intratumorally or peritumorally to the subject; and where the first and second composition are administered concurrently or sequentially; thereby increasing T cells in the tumor microenvironment, wherein, when present, the adjuvant is glucopyranosyl lipid A. a) a first composition comprising a vector particle optionally with an adjuvant, the vector particle comprising a recombinant expression vector wherein the recombinant expression vector comprises a polynucleotide encoding a cancer-associated antigen, and wherein the polynucleotide is operatively linked to at least one regulatory expression sequence, and b) a second composition comprising a TLR4 agonist wherein the composition does not comprise antigen;
A circuit comprising: a first combiner coupled to a first plurality of antenna elements by a first signal path and coupled to a second plurality of antenna elements by a second signal path; a second combiner coupled to the first plurality of antenna elements by a third signal path and coupled to the second plurality of antenna elements by a fourth signal path; and a first 90° hybrid coupled to the first combiner by a fifth signal path and coupled to the second combiner by a sixth signal path, wherein the first combiner outputs a first transmit signal to the first and second plurality of antenna elements via the first and second signal paths in response to a signal received from the first 90° hybrid via the fifth signal path, wherein the second combiner outputs a second transmit signal to the first and second plurality of antenna elements via the third and fourth signal paths in response to a signal received from the first 90° hybrid via the sixth signal path. a first combiner coupled to a first plurality of antenna elements by a first signal path and coupled to a second plurality of antenna elements by a second signal path; a second combiner coupled to the first plurality of antenna elements by a third signal path and coupled to the second plurality of antenna elements by a fourth signal path; and a first 90° hybrid coupled to the first combiner by a fifth signal path and coupled to the second combiner by a sixth signal path, wherein the first combiner outputs a first transmit signal to the first and second plurality of antenna elements via the first and second signal paths in response to a signal received from the first 90° hybrid via the fifth signal path, wherein the second combiner outputs a second transmit signal to the first and second plurality of antenna elements via the third and fourth signal paths in response to a signal received from the first 90° hybrid via the sixth signal path.
A drive apparatus for a sewing machine comprising: a sleeve secured to an extension shaft of the sewing machine and having an annular flange; a rotor disposed on the sleeve and positioned against the flange, wherein the rotor sleeve and extension shaft are co-rotatable; and a housing having an open end and a closed end and defining an inner space, wherein an annular support (203, 203A) formed on the housing is disposed in the inner space at the closed end of the housing and defines a passage (202, 202A) through which a free end of the sleeve extends, wherein a stator set is disposed in the inner space and is positioned by abutting the annular support, characterized in that a fan is mounted on the free end of the sleeve outside of the housing and has an inner end face that abuts the flange to position the fan on the sleeve, wherein a hood is fastened to the housing to cover said fan, wherein the hood includes a releasable sleeve end cover, and wherein the sleeve end cover is configured to detach from the hood 70A and be replaced by a cylindrical adapter, the cylindrical adapter being configured to connect an attachment member to the sleeve. a sleeve secured to an extension shaft of the sewing machine and having an annular flange; a rotor disposed on the sleeve and positioned against the flange, wherein the rotor sleeve and extension shaft are co-rotatable; and a housing having an open end and a closed end and defining an inner space, wherein an annular support (203, 203A) formed on the housing is disposed in the inner space at the closed end of the housing and defines a passage (202, 202A) through which a free end of the sleeve extends, wherein a stator set is disposed in the inner space and is positioned by abutting the annular support, characterized in that a fan is mounted on the free end of the sleeve outside of the housing and has an inner end face that abuts the flange to position the fan on the sleeve, wherein a hood is fastened to the housing to cover said fan, wherein the hood includes a releasable sleeve end cover, and wherein the sleeve end cover is configured to detach from the hood 70A and be replaced by a cylindrical adapter, the cylindrical adapter being configured to connect an attachment member to the sleeve.
An apparatus to pump a fluid, comprising: a housing extending along a length defining an elongated interior; an actuator in the housing, conforming to the elongated interior, the actuator including a plurality of lumens extending parallel to the elongated interior, each from 10 to 200 micrometers across; characterized in that it further comprises an actuator drive configured to oscillate the actuator in the actuator housing along the length of the elongated interior said oscillation of the actuator having a rate differential between a first rate of movement in a first direction versus a second rate of movement in a second direction opposite the first direction in order to pump the fluid. a housing extending along a length defining an elongated interior; an actuator in the housing, conforming to the elongated interior, the actuator including a plurality of lumens extending parallel to the elongated interior, each from 10 to 200 micrometers across; characterized in that it further comprises an actuator drive configured to oscillate the actuator in the actuator housing along the length of the elongated interior said oscillation of the actuator having a rate differential between a first rate of movement in a first direction versus a second rate of movement in a second direction opposite the first direction in order to pump the fluid.
A process for the production of an at least two-layer foam sheet via bonding of at least one thinner thermoplastic foam sheet and at least one thinner foam sheet, where the thinner foam sheet has a metal outer layer on each of two opposite sides, and where the thinner thermoplastic foam sheet and the thinner foam sheet are bonded to one another in a manner such that in the at least two-layer foam sheet there is a metal outer layer between the thinner thermoplastic foam sheet and the thinner foam sheet, and where the thinner thermoplastic foam sheet and the thinner foam sheet are bonded by thermal welding.
A charger configured to charge a battery pack of an electric power tool, comprising: a housing comprising an intake port and an exhaust port, wherein the housing comprises an upper surface and a bottom surface located opposite to the upper surface; a battery interface disposed on the housing and configured to removably receive the battery pack; a charging circuit disposed within the housing and configured to supply charging power to the battery pack attached to the battery interface; and a blower configured to introduce air into the housing through the intake port and exhaust air from the housing through the exhaust port, characterized in that at least one wall mounting portion is provided on the bottom surface of the housing such that the housing is configured to be mountable on a wall extending in a vertical direction in a predetermined orientation, the exhaust port is located higher in the vertical direction than the intake port when the housing is mounted on the wall in the predetermined orientation, when the housing is mounted on the wall in the predetermined orientation, the bottom surface is disposed along the wall, the intake port is located along a lower edge of the bottom surface and the exhaust port is located along an upper edge of the bottom surface, and the bottom surface of the housing includes a curved portion along the lower edge, the curved portion is curved away from the wall, and the intake port is at least partly disposed within the curved portion along the lower edge. a housing comprising an intake port and an exhaust port, wherein the housing comprises an upper surface and a bottom surface located opposite to the upper surface; a battery interface disposed on the housing and configured to removably receive the battery pack; a charging circuit disposed within the housing and configured to supply charging power to the battery pack attached to the battery interface; and a blower configured to introduce air into the housing through the intake port and exhaust air from the housing through the exhaust port, characterized in that at least one wall mounting portion is provided on the bottom surface of the housing such that the housing is configured to be mountable on a wall extending in a vertical direction in a predetermined orientation, the exhaust port is located higher in the vertical direction than the intake port when the housing is mounted on the wall in the predetermined orientation, when the housing is mounted on the wall in the predetermined orientation, the bottom surface is disposed along the wall, the intake port is located along a lower edge of the bottom surface and the exhaust port is located along an upper edge of the bottom surface, and the bottom surface of the housing includes a curved portion along the lower edge, the curved portion is curved away from the wall, and the intake port is at least partly disposed within the curved portion along the lower edge.
A primary electrochemical cell comprising a housing; a positive and a negative terminal; an anode comprising at least one of a lithium metal and lithium alloy as anode active material; a cathode which comprises a coating comprising iron disulfide particles coated onto both sides of a substrate and said cathode further comprising conductive carbon; the cell further comprising a separator sheet between said anode and cathode; wherein the cell is balanced so that the ratio determined by the theoretical capacity (mAmp-hrs) of said anode divided by the theoretical capacity of the cathode (mAmp-hrs) is between 1.05 and 1.15, wherein the cell is an AA size cylindrical cell, wherein the ratio of theoretical capacity of the cathode to interfacial surface area between anode and cathode is between 9 and 17 mAmp-hrs per cm 2 per side of said substrate, characterised in that: the interfacial surface area between anode and cathode is between 250 and 400 cm 2, preferably about 300 cm 2. the interfacial surface area between anode and cathode is between 250 and 400 cm 2, preferably about 300 cm 2.
Space vehicle, characterised in that it comprises in a passenger compartment a plurality of seats, each comprising a rigid hull extending from the feet to the head of an occupant of the seat, at least one part of axis (9, 10) to be engaged in a support structure, the part of axis being oriented in a direction of alignment that is substantially parallel to a longitudinal direction of the occupant and connected to the hull by a connector directed in such a way that the occupant is at least substantially placed between the hull and the direction of alignment of the part of axis; the direction of alignment of the part of axis is substantially perpendicular to the longitudinal direction of the space vehicle; and said seats are aligned in the passenger compartment in the longitudinal direction of the space vehicle in a single row, and arranged symmetrically by halves in relation to a longitudinal, vertical and bisector plane of the passenger compartment.
A prosthetic valvular device including: - a valvular sleeve for valvular prostheses including a tubular body extending between an inflow end and an outflow end, the tubular body including a sheet member folded at said outflow end, whereby the tubular body includes an inner tubular portion and an outer tubular portion surrounding the inner tubular portion, wherein said inner and outer portions (141, 142) include valve leaflet portions (14a, 14b, 14c) extending distally of said inflow end towards said outflow end, said valve leaflet portions (14a, 14b, 14c) displaceable under fluid pressure to an inward condition to impede fluid flow from said outflow end to said inflow end and an outward condition to permit fluid flow from said inflow end to said outflow end, wherein the valvular sleeve includes pad members in the space between the inner tubular portion and the outer tubular portion at the leaflet portions (14a, 14b, 14c), and - a stent supporting said valvular sleeve. - a valvular sleeve for valvular prostheses including a tubular body extending between an inflow end and an outflow end, the tubular body including a sheet member folded at said outflow end, whereby the tubular body includes an inner tubular portion and an outer tubular portion surrounding the inner tubular portion, wherein said inner and outer portions (141, 142) include valve leaflet portions (14a, 14b, 14c) extending distally of said inflow end towards said outflow end, said valve leaflet portions (14a, 14b, 14c) displaceable under fluid pressure to an inward condition to impede fluid flow from said outflow end to said inflow end and an outward condition to permit fluid flow from said inflow end to said outflow end, wherein the valvular sleeve includes pad members in the space between the inner tubular portion and the outer tubular portion at the leaflet portions (14a, 14b, 14c), and - a stent supporting said valvular sleeve.